Files
Sales-and-Marketing/index.html
T
beantownbabeandClaude Sonnet 5 95eac39434 Build out CRM Research: Requirements and Pricing pages, click-to-toggle info badges
From the CRM Research session: replaces the plain comparison table with a
richer one (origin, catch column), adds a full Requirements page (must-have/
nice-to-have, other names looked at, sources) and a new Pricing page,
following the same hero-nav + drill-view pattern as Marketing/Sales. Adds
click-triggered info-badge popovers for contested/unverified facts (Zoho's
EU/DPA tier, Capsule's IMAP support, etc.), replicating the info_popover()
pattern from linkedin_analytics as vanilla JS since this dash has no Dash
runtime. Also adds CRM_Research_README.md documenting the whole section,
and tracks CRM_Research_Notes.md's latest revisions.

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
2026-08-17 22:12:50 +02:00

6227 lines
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<!doctype html>
<html lang="en">
<head>
<meta charset="UTF-8" />
<meta name="viewport" content="width=device-width, initial-scale=1" />
<title>TXproducts Sales &amp; Marketing</title>
<link rel="stylesheet" href="opportunities/opportunities.css">
<style>
* { box-sizing: border-box; }
html, body { margin: 0; }
body {
background: #f7f9fc;
font-family: -apple-system, "Source Sans Pro", "Segoe UI", Helvetica, Arial, sans-serif;
display: flex;
align-items: stretch;
}
/* ---------- Sidebar (1:1 with linkedin_analytics app.py's `sidebar`) ---------- */
.sidebar {
width: 240px;
min-width: 240px;
padding: 20px 16px;
border-right: 1px solid #e0e7ef;
background-color: #ffffff;
display: flex;
flex-direction: column;
min-height: 100vh;
}
.sidebar img.logo {
max-width: 200px;
width: 100%;
display: block;
margin: 0 auto 12px;
}
.sidebar .wordmark {
display: flex;
flex-direction: column;
align-items: center;
margin: 4px 0 14px;
}
.sidebar .wordmark .brand {
font-size: 1.6rem;
font-weight: 800;
color: #1b3a5c;
text-align: center;
line-height: 1.15;
}
.sidebar .wordmark .brand-sub {
font-size: 1.3rem;
font-weight: 800;
letter-spacing: 0.03em;
text-transform: uppercase;
color: #2d6a9f;
margin-top: 4px;
}
.sidebar hr {
border: none;
border-top: 1px solid #e0e7ef;
margin: 6px 0;
}
.status-pill {
background: linear-gradient(90deg, #1b3a5c 0%, #2d6a9f 100%);
border-radius: 8px;
padding: 8px 10px;
margin-bottom: 12px;
}
.status-pill .label {
font-size: 0.68rem;
text-transform: uppercase;
letter-spacing: 0.05em;
text-align: center;
color: rgba(255,255,255,0.85);
}
.status-pill .value {
font-size: 1.05rem;
font-weight: 800;
text-align: center;
color: white;
}
.nav-group { display: flex; flex-direction: column; gap: 2px; }
.sidebar-nav-btn {
display: block;
width: 100%;
text-align: left;
background: none;
border: none;
border-left: 3px solid transparent;
color: #6b7a8d;
font-weight: 500;
font-size: 0.92rem;
padding: 8px 10px;
border-radius: 4px;
cursor: pointer;
font-family: inherit;
}
.sidebar-nav-btn:hover { background: #f7f9fc; color: #1b3a5c; }
.sidebar-nav-btn.active {
background: #e8f0fe;
color: #1b3a5c;
font-weight: 700;
border-left: 3px solid #2d6a9f;
}
.sidebar-footer {
font-size: 0.75rem;
color: #aab;
margin-top: auto;
}
/* ---------- Main content ---------- */
.main-content { flex: 1; min-width: 0; padding: 20px 24px; }
.hero {
background: linear-gradient(90deg,#1b3a5c 0%,#2d6a9f 100%);
border-radius: 8px;
padding: 14px 18px 13px;
margin-top: 4px;
margin-bottom: 16px;
display: flex;
align-items: center;
justify-content: space-between;
}
.hero-title { color: white; font-size: 1.45rem; font-weight: 800; line-height: 1.1; }
.hero-subtitle { color: rgba(255,255,255,0.84); font-size: 0.9rem; font-weight: 500; margin-top: 4px; }
.hero-actions { display: flex; align-items: center; flex-shrink: 0; margin-left: 16px; }
.hero-actions a {
color: white; background: rgba(255,255,255,0.16); border: 1px solid rgba(255,255,255,0.4);
border-radius: 6px; padding: 6px 12px; font-size: 0.82rem; font-weight: 700;
text-decoration: none; white-space: nowrap;
}
.hero-actions a:hover { background: rgba(255,255,255,0.26); }
.hero-nav { position: relative; }
.hero-nav-btn {
display: flex; align-items: center; gap: 6px;
color: white; background: rgba(255,255,255,0.16); border: 1px solid rgba(255,255,255,0.4);
border-radius: 6px; padding: 6px 12px; font-size: 0.82rem; font-weight: 700;
font-family: inherit; cursor: pointer; white-space: nowrap;
}
.hero-nav-btn:hover, .hero-nav.open .hero-nav-btn { background: rgba(255,255,255,0.26); }
.hero-nav-btn .caret { font-size: 0.65rem; transition: transform 0.12s ease; }
.hero-nav.open .hero-nav-btn .caret { transform: rotate(180deg); }
.hero-dropdown {
display: none;
position: absolute; top: calc(100% + 6px); right: 0; z-index: 10;
background: white; border: 1px solid #e0e7ef; border-radius: 8px;
box-shadow: 0 8px 24px rgba(27, 58, 92, 0.18);
min-width: 170px; padding: 6px;
}
.hero-nav.open .hero-dropdown { display: block; }
.hero-dropdown button {
display: block; width: 100%; text-align: left;
background: none; border: none; font-family: inherit;
font-size: 0.86rem; font-weight: 600; color: #1a2533;
padding: 8px 10px; border-radius: 5px; cursor: pointer;
}
.hero-dropdown button:hover { background: #e8f0fe; color: #1b3a5c; }
.card {
border: 1px solid #e0e7ef !important;
border-radius: 8px !important;
box-shadow: 0 1px 3px rgba(27, 58, 92, 0.06) !important;
background: #ffffff;
padding: 22px 24px;
}
.placeholder-card {
text-align: center;
color: #6b7a8d;
padding: 48px 24px;
}
.placeholder-card .chip {
display: inline-block;
font-size: 0.68rem;
font-weight: 700;
letter-spacing: 0.06em;
text-transform: uppercase;
padding: 3px 10px;
border-radius: 20px;
color: #b45f06;
background: #fbf0df;
margin-bottom: 12px;
}
.placeholder-card p { max-width: 46ch; margin: 0 auto; line-height: 1.5; font-size: 0.9rem; }
.team-grid {
display: grid;
grid-template-columns: 1fr 1fr;
gap: 0;
}
.team-col {
display: flex;
flex-direction: column;
align-items: center;
text-align: center;
padding: 48px 32px;
}
.team-col:first-child { border-right: 1px solid #e0e7ef; }
.avatar-circle {
width: 180px;
height: 180px;
border-radius: 50%;
background: linear-gradient(135deg, #1b3a5c 0%, #2d6a9f 100%);
color: white;
display: flex;
align-items: center;
justify-content: center;
font-size: 3.4rem;
font-weight: 800;
margin-bottom: 22px;
overflow: hidden;
box-shadow: 0 4px 16px rgba(27, 58, 92, 0.18);
}
.avatar-circle img { width: 100%; height: 100%; object-fit: cover; }
.team-name { font-size: 1.25rem; font-weight: 800; color: #1a2533; }
.team-title { font-size: 0.92rem; color: #6b7a8d; margin-top: 6px; }
.branch-card { display: flex; flex-direction: column; gap: 14px; }
.branch-card .child-row {
display: flex; align-items: center; justify-content: space-between; gap: 12px;
padding: 12px 14px; background: #f7f9fc; border-radius: 6px; border: 1px solid #e0e7ef;
}
.branch-card .child-name { font-weight: 600; color: #1a2533; font-size: 0.92rem; }
.branch-card .child-addr {
font-family: ui-monospace, SFMono-Regular, Menlo, Consolas, monospace;
font-size: 0.78rem; color: #2d6a9f;
}
.branch-card a.open-link {
color: white; background: #2d6a9f; border-radius: 6px; padding: 6px 14px;
font-size: 0.82rem; font-weight: 700; text-decoration: none; white-space: nowrap;
}
.branch-card a.open-link:hover { background: #1b3a5c; }
.tree-card { padding: 28px 32px; }
.tree-row {
display: flex;
align-items: center;
gap: 10px;
padding: 10px 0;
}
.tree-row + .tree-row { border-top: 1px dashed #eef1f5; }
.tree-glyph {
font-family: ui-monospace, SFMono-Regular, Menlo, Consolas, monospace;
color: #b7c2ce;
white-space: pre;
font-size: 0.95rem;
}
.tree-name { font-size: 0.98rem; color: #1a2533; }
.tree-row.depth-0 .tree-name { font-weight: 800; font-size: 1.1rem; color: #1b3a5c; }
.tree-row.depth-1 .tree-name { font-weight: 700; color: #2d6a9f; }
.tree-row.depth-2 .tree-name { font-weight: 600; }
.tree-row.leaf { margin-left: auto; }
.tree-row.leaf .tree-name { font-weight: 700; }
.tree-row .tree-addr {
font-family: ui-monospace, SFMono-Regular, Menlo, Consolas, monospace;
font-size: 0.78rem; color: #2d6a9f; margin-left: 4px;
}
.tree-row .open-link {
margin-left: auto;
color: white; background: #2d6a9f; border-radius: 6px; padding: 5px 12px;
font-size: 0.8rem; font-weight: 700; text-decoration: none; white-space: nowrap;
}
.tree-row .open-link:hover { background: #1b3a5c; }
#tab-crm-research h2 { margin: 0 0 12px; font-size: 1.3rem; font-weight: 800; color: #1b3a5c; }
#tab-crm-research .narrative {
font-size: 0.95rem; line-height: 1.65; color: #3d4c5c;
max-width: none; margin: 0 0 20px;
}
.crm-table-wrap { overflow-x: auto; margin-bottom: 10px; }
.crm-note { font-size: 0.78rem; color: #6b7a8d; margin: 10px 0 20px; }
.crm-info-badge {
display: inline-flex; align-items: center; justify-content: center;
width: 22px; height: 22px; border-radius: 50%;
background-color: #FFD600; color: #1a2533; font-size: 0.8rem; font-weight: 800;
cursor: pointer; margin-left: 8px; vertical-align: middle;
box-shadow: 0 1px 4px rgba(0,0,0,0.3); border: 2px solid white;
}
.crm-popover {
position: fixed; z-index: 2000; background: white; border: 1px solid #ccc;
border-radius: 6px; box-shadow: 0 4px 16px rgba(0,0,0,0.15); max-width: 340px; padding: 12px 14px;
font-size: 0.82rem; color: #1a2533; line-height: 1.55; display: none;
}
#tab-crm-research h3 { margin: 26px 0 10px; font-size: 1.02rem; font-weight: 800; color: #1b3a5c; }
#tab-crm-research .req-status { font-size: 0.82rem; color: #6b7a8d; margin: 0 0 20px; }
#tab-crm-research .req-cols { display: grid; grid-template-columns: 1fr 1fr; gap: 24px; margin-bottom: 6px; }
#tab-crm-research .req-cols h4 {
margin: 0 0 8px; font-size: 0.76rem; font-weight: 800;
text-transform: uppercase; letter-spacing: 0.04em; color: #6b7a8d;
}
#tab-crm-research ul.req-list { margin: 0; padding-left: 18px; font-size: 0.88rem; line-height: 1.6; color: #3d4c5c; }
#tab-crm-research ul.req-list li { margin-bottom: 4px; }
#tab-crm-research ul.plain-list { margin: 0 0 4px; padding-left: 18px; font-size: 0.88rem; line-height: 1.65; color: #3d4c5c; }
#tab-crm-research ul.plain-list li { margin-bottom: 8px; }
.crm-detail-table { border-collapse: collapse; width: 100%; font-size: 0.83rem; margin-bottom: 8px; }
.crm-detail-table th, .crm-detail-table td { padding: 10px 12px; border-bottom: 1px solid #e0e7ef; text-align: left; vertical-align: top; line-height: 1.5; }
.crm-detail-table th {
color: #1b3a5c; font-weight: 800; font-size: 0.68rem;
text-transform: uppercase; letter-spacing: 0.04em; background: #f7f9fc;
}
.drill-crumbs {
font-size: 0.78rem;
font-weight: 600;
color: #6b7a8d;
margin-bottom: 14px;
}
.drill-crumbs .crumb {
cursor: pointer;
color: #2d6a9f;
}
.drill-crumbs .crumb:hover { text-decoration: underline; }
.drill-crumbs .crumb.current {
color: #1a2533;
font-weight: 800;
cursor: default;
text-decoration: none;
}
.drill-crumbs .sep { margin: 0 6px; color: #c3cdd8; }
.drill-view { display: none; padding: 32px; }
.drill-view.active { display: block; }
.drill-view h2 { margin: 0 0 12px; font-size: 1.3rem; font-weight: 800; color: #1b3a5c; }
.drill-view .narrative {
font-size: 0.95rem; line-height: 1.65; color: #3d4c5c;
max-width: 60ch; margin: 0 0 24px;
}
.drill-view[data-view="conferences"] .narrative { max-width: none; }
.drill-actions { display: flex; align-items: center; gap: 12px; }
.drill-next, .drill-back {
font-family: inherit; font-size: 0.85rem; font-weight: 700; cursor: pointer;
border-radius: 6px; padding: 8px 16px;
}
.drill-next {
background: #2d6a9f; color: white; border: none;
}
.drill-next:hover { background: #1b3a5c; }
.drill-back {
background: none; color: #6b7a8d; border: 1px solid #e0e7ef;
}
.drill-back:hover { color: #1b3a5c; border-color: #2d6a9f; }
.drill-view .open-link {
color: white; background: #2f9e58; border-radius: 6px; padding: 8px 18px;
font-size: 0.85rem; font-weight: 700; text-decoration: none;
}
.drill-view .open-link:hover { background: #24824a; }
/* ---------- Conferences ---------- */
.conf-outreach { display: flex; gap: 16px; align-items: flex-start; }
.conf-event-group {
width: 280px; flex-shrink: 0; border: 1px solid #e0e7ef; border-radius: 10px;
background: #fafbfc; padding: 16px;
}
.conf-list {
display: flex; flex-direction: column; gap: 8px;
max-height: 64vh; overflow-y: auto; padding-right: 4px;
}
.conf-card {
background: #fff; border: 1px solid #e0e7ef; border-radius: 8px;
padding: 12px 14px; cursor: pointer; transition: border-color 0.15s;
}
.conf-card:hover { border-color: #2d6a9f; }
.conf-card.selected { border-color: #2d6a9f; box-shadow: 0 0 0 2px rgba(45,106,159,0.15); }
.conf-parent-header { margin: 0 0 14px; padding-bottom: 14px; border-bottom: 1px solid #e0e7ef; }
.conf-parent-header .name { font-weight: 800; font-size: 1.05rem; color: #1b3a5c; }
.conf-parent-header .dates { font-size: 0.82rem; color: #6b7a8d; margin-top: 2px; }
.conf-parent-header .conf-plain-link { display: inline-block; margin-top: 8px; font-size: 0.8rem; margin-right: 14px; }
.conf-parent-header .conf-itinerary-toggle {
display: inline-block; margin-top: 8px; font-size: 0.8rem; font-weight: 700;
color: #1a5fb4; text-decoration: underline; background: none; border: none;
cursor: pointer; font-family: inherit; padding: 0;
}
.conf-parent-header .conf-itinerary-toggle.active { color: #1b3a5c; }
.conf-list-caption { font-size: 0.74rem; color: #9aa7b4; font-style: italic; margin: -4px 0 10px; }
.conf-card-date { font-size: 0.74rem; color: #6b7a8d; }
.conf-card-number {
font-size: 0.74rem; font-weight: 700; color: #2d6a9f; margin-top: 4px;
text-transform: uppercase; letter-spacing: 0.02em;
}
.conf-card-anchor { font-weight: 400; font-size: 0.86rem; color: #1a2533; line-height: 1.35; margin-top: 4px; }
.conf-itin-fixed { font-size: 0.86rem; color: #1b3a5c; font-weight: 700; margin-top: 6px; }
.conf-card-title { font-size: 0.78rem; color: #6b7a8d; margin-top: 4px; line-height: 1.4; }
.conf-card .conf-plain-link { display: block; margin-top: 6px; font-size: 0.76rem; }
.conf-itin-row { border: 1px solid #e0e7ef; border-radius: 10px; margin-top: 14px; overflow: hidden; }
.conf-itin-row-head { display: flex; align-items: center; gap: 18px; padding: 18px 20px; cursor: pointer; background: #fff; transition: background 0.15s; }
.conf-itin-row-head:hover { background: #f7f9fc; }
.conf-itin-row.expanded .conf-itin-row-head { background: #f3f8ff; border-bottom: 1px solid #e0e7ef; }
.conf-itin-cal-icon {
width: 64px; flex-shrink: 0; border-radius: 12px; overflow: hidden;
border: 1px solid #d9e6fb; box-shadow: 0 2px 6px rgba(27,58,92,0.1); background: #fff;
}
.conf-itin-cal-month {
background: linear-gradient(90deg, #1b3a5c 0%, #2d6a9f 100%); color: #fff;
font-size: 0.68rem; font-weight: 800; text-transform: uppercase; letter-spacing: 0.04em;
text-align: center; padding: 3px 0;
}
.conf-itin-cal-day { font-size: 1.7rem; font-weight: 800; color: #1b3a5c; text-align: center; padding: 4px 0 6px; }
.conf-itin-cal-icon.orange { border-color: #f3ddb8; box-shadow: 0 2px 6px rgba(180,110,30,0.12); }
.conf-itin-cal-icon.orange .conf-itin-cal-month { background: linear-gradient(90deg, #e8a24d 0%, #f0bd7a 100%); }
.conf-itin-cal-icon.orange .conf-itin-cal-day { color: #a3651f; }
.conf-itin-when-col { min-width: 0; width: 170px; flex-shrink: 0; }
.conf-itin-what-col { min-width: 0; flex: 1; border-left: 1px solid #e0e7ef; padding-left: 18px; }
.conf-itin-row-line { font-size: 0.86rem; color: #3d4a5c; line-height: 1.5; }
.conf-itin-row-name { font-weight: 800; color: #1b3a5c; margin-top: 0; }
.conf-itin-row-body { padding: 18px 20px; display: none; }
.conf-itin-row.expanded .conf-itin-row-body { display: block; }
.conf-itin-summary { font-size: 0.85rem; color: #3d4a5c; line-height: 1.55; margin-bottom: 14px; }
.conf-itin-summary-fixed {
display: flex; align-items: center; gap: 14px;
color: #1b3a5c; font-weight: 700; background: #eef4fd; border: 1px solid #d9e6fb;
border-radius: 10px; padding: 10px 16px 10px 10px;
}
.conf-itin-clock-icon {
width: 64px; height: 64px; flex-shrink: 0; border-radius: 12px;
background: #fff; border: 1px solid #d9e6fb;
box-shadow: 0 2px 6px rgba(27,58,92,0.1);
display: flex; align-items: center; justify-content: center;
}
.conf-itin-clock-icon svg { width: 30px; height: 30px; color: #2d6a9f; }
.conf-itin-summary-fixed-text { flex: 1; }
.conf-itin-commitments { display: flex; flex-direction: column; gap: 10px; margin-bottom: 4px; }
.conf-itin-commitment {
display: flex; align-items: center; gap: 18px; border: 1px solid #e0e7ef;
border-radius: 10px; padding: 14px 18px; background: #fff;
}
.conf-itin-banner {
background: linear-gradient(90deg, #1b3a5c 0%, #2d6a9f 100%); color: #fff;
font-size: 0.88rem; font-weight: 700; border-radius: 8px; padding: 12px 18px;
margin: 18px 0 4px;
}
.conf-detail { flex: 1; min-width: 0; }
.conf-detail-empty {
color: #9aa7b4; font-style: italic; padding: 60px 24px; text-align: center;
border: 1px dashed #e0e7ef; border-radius: 8px;
}
.conf-detail-meta { font-size: 0.85rem; color: #6b7a8d; margin-bottom: 14px; margin-top: 4px; }
.conf-detail-meta a { color: #1b3a5c; font-weight: 600; text-decoration: none; }
.conf-detail-meta a:hover { text-decoration: underline; }
.conf-abstract { font-size: 0.92rem; color: #3d4a5c; line-height: 1.6; margin-bottom: 4px; }
.conf-highlight {
background: #e8f0fe; border: 1px solid #cfe0fb; border-radius: 8px;
padding: 12px 16px; margin: 16px 0 4px; font-size: 0.9rem; color: #1b3a5c;
}
.conf-section-title {
font-size: 0.92rem; font-weight: 800; color: #1b3a5c;
margin: 22px 0 10px; display: flex; align-items: center; gap: 10px;
}
.conf-source-tag {
font-size: 0.72rem; font-weight: 700; color: #6b7a8d; text-transform: uppercase;
letter-spacing: 0.03em; background: #f7f9fc; border: 1px solid #e0e7ef;
border-radius: 20px; padding: 3px 10px;
}
.conf-filter-row { display: flex; flex-wrap: wrap; align-items: center; gap: 10px; margin: 16px 0 6px; }
.conf-filter-row .ab-search { flex: 1; min-width: 200px; }
.conf-pres-toolbar { margin: 4px 0 14px; }
.conf-pres-split { display: flex; gap: 14px; align-items: flex-start; }
.conf-pres-list {
width: 280px; flex-shrink: 0; display: flex; flex-direction: column; gap: 6px;
max-height: 60vh; overflow-y: auto; padding-right: 4px;
}
.conf-pres-item {
border: 1px solid #e0e7ef; border-radius: 6px; padding: 10px 12px; cursor: pointer;
background: #fff; transition: border-color 0.15s;
}
.conf-pres-item:hover { border-color: #2d6a9f; }
.conf-pres-item.selected { border-color: #2d6a9f; background: #f3f8ff; box-shadow: 0 0 0 2px rgba(45,106,159,0.12); }
.conf-pres-item-name-row { display: flex; align-items: center; gap: 6px; }
.conf-pres-item-name { font-size: 0.92rem; font-weight: 800; color: #1a2533; line-height: 1.3; }
.conf-pres-item-sessions {
font-size: 0.74rem; color: #6b7a8d; margin-top: 4px;
white-space: nowrap; overflow: hidden; text-overflow: ellipsis;
}
.conf-pres-item-linkline { font-size: 0.74rem; margin-top: 4px; display: flex; gap: 12px; }
.conf-pres-item-linklabel { color: #1a5fb4; text-decoration: underline; font-weight: 600; }
.conf-pres-item-linklabel:hover { color: #123f7a; }
.conf-compose-email-btn {
display: inline-block; margin: 10px 0 4px; padding: 8px 16px; border-radius: 8px;
background: linear-gradient(135deg, #1b3a5c 0%, #2d6a9f 100%); color: #fff;
font-size: 0.85rem; font-weight: 700; text-decoration: none;
}
.conf-compose-email-btn:hover { opacity: 0.9; }
.conf-value-tags { display: flex; gap: 4px; flex-shrink: 0; }
.conf-value-tag-badge {
width: 18px; height: 18px; border-radius: 50%; flex-shrink: 0;
background: #eef4fd; border: 1px solid #d9e6fb; color: #2d6a9f;
display: flex; align-items: center; justify-content: center;
}
.conf-value-tag-badge svg { width: 11px; height: 11px; }
.conf-value-tags-detail { display: flex; gap: 14px; margin: 10px 0 6px; }
.conf-value-tag { display: flex; flex-direction: column; align-items: center; gap: 5px; width: 56px; }
.conf-value-tag-icon {
width: 40px; height: 40px; border-radius: 12px; background: #fff;
border: 1px solid #d9e6fb; box-shadow: 0 2px 6px rgba(27,58,92,0.1); color: #2d6a9f;
display: flex; align-items: center; justify-content: center;
}
.conf-value-tag-icon svg { width: 22px; height: 22px; }
.conf-value-tag-label {
font-size: 0.6rem; font-weight: 800; text-transform: uppercase;
letter-spacing: 0.03em; color: #1a2533; text-align: center;
}
.conf-itin-value-row { display: flex; gap: 20px; margin: 20px 0; flex-wrap: wrap; justify-content: center; }
.conf-itin-value-btn {
display: flex; flex-direction: column; align-items: center; gap: 7px;
background: none; border: none; font-family: inherit; padding: 0; cursor: pointer;
}
.conf-itin-value-icon {
width: 60px; height: 60px; border-radius: 16px; background: #fff;
border: 1px solid #d9e6fb; box-shadow: 0 2px 6px rgba(27,58,92,0.1); color: #2d6a9f;
display: flex; align-items: center; justify-content: center;
transition: background 0.15s, color 0.15s, border-color 0.15s, transform 0.1s;
}
.conf-itin-value-icon svg { width: 32px; height: 32px; }
.conf-itin-value-btn:hover .conf-itin-value-icon { transform: translateY(-2px); }
.conf-itin-value-btn.active .conf-itin-value-icon {
background: linear-gradient(135deg, #1b3a5c 0%, #2d6a9f 100%); border-color: #1b3a5c; color: #fff;
}
.conf-itin-value-label {
font-size: 0.72rem; font-weight: 800; text-transform: uppercase;
letter-spacing: 0.03em; color: #1a2533;
}
.conf-itin-value-count { font-size: 0.68rem; color: #6b7a8d; }
.conf-pres-detail { flex: 1; min-width: 0; }
.conf-plain-link { color: #1a5fb4; text-decoration: underline; font-size: 0.85rem; font-weight: 600; }
.conf-plain-link:hover { color: #123f7a; }
.conf-pres-abstract { font-size: 0.88rem; color: #3d4c5c; line-height: 1.55; white-space: pre-line; }
.conf-outreach-log-scroll { max-height: 200px; overflow-y: auto; }
.conf-toggle-section { margin-top: 14px; padding-top: 14px; border-top: 1px solid #eaeff5; }
.conf-toggle-btn {
font-family: inherit; font-size: 0.78rem; font-weight: 700; color: #1b3a5c;
background: #f0f5fc; border: 1px solid #d9e6fb; border-radius: 20px;
padding: 6px 14px; cursor: pointer;
}
.conf-toggle-btn:hover { background: #e2edfb; }
.conf-toggle-body { display: none; margin-top: 12px; }
.conf-toggle-body.open { display: block; }
.conf-fit-angle { font-size: 0.85rem; color: #3d4a5c; font-style: italic; margin: 8px 0 14px; line-height: 1.5; }
.conf-fit-angle-label {
display: block; font-size: 0.62rem; font-weight: 800; text-transform: uppercase;
letter-spacing: 0.04em; color: #1a2533; font-style: normal; margin-bottom: 3px;
}
.conf-roles-list { display: flex; flex-direction: column; gap: 14px; }
.conf-role-item {
display: flex; gap: 16px; border: 1px solid #e0e7ef; border-radius: 8px;
padding: 16px 18px; background: #fafbfc;
}
.conf-role-icon {
width: 48px; flex-shrink: 0; align-self: stretch; border-radius: 10px;
background: #fff; border: 1px solid #d9e6fb; color: #2d6a9f;
display: flex; align-items: center; justify-content: center;
}
.conf-role-icon svg { width: 26px; height: 26px; }
.conf-role-body { flex: 1; min-width: 0; }
.conf-role-badge {
display: inline-block; font-size: 0.68rem; font-weight: 700; text-transform: uppercase;
letter-spacing: 0.03em; padding: 3px 10px; border-radius: 20px; margin-bottom: 10px;
}
.conf-role-badge-chair { background: #e3f2fb; color: #2d6a9f; }
.conf-role-badge-presenter { background: #e5f5ee; color: #1a8a60; }
.conf-role-row { display: flex; gap: 10px; padding: 4px 0; line-height: 1.5; }
.conf-role-row-label {
width: 64px; flex-shrink: 0; font-size: 0.68rem; font-weight: 800;
text-transform: uppercase; letter-spacing: 0.03em; color: #9aa7b4; padding-top: 2px;
}
.conf-role-row-value { font-size: 0.85rem; color: #1a2533; }
.conf-role-row-title { font-style: italic; color: #3d4a5c; }
.conf-role-body .conf-toggle-btn { margin-top: 10px; }
.conf-empty-state {
border: 1px dashed #e0e7ef; border-radius: 8px; padding: 18px 20px;
color: #6b7a8d; font-size: 0.88rem; background: #fafbfc;
}
.conf-empty-state code {
background: #f0f3f7; border-radius: 4px; padding: 1px 6px; font-size: 0.85em;
}
.tab-content { display: none; }
.tab-content.active { display: block; }
/* ---------- Address Book ---------- */
.ab-toolbar {
display: flex; align-items: center; gap: 12px; flex-wrap: wrap;
margin-bottom: 16px;
}
.ab-search {
flex: 1; min-width: 200px;
padding: 9px 14px; border: 1px solid #e0e7ef; border-radius: 6px;
font-family: inherit; font-size: 0.88rem; color: #1a2533; background: #fff;
}
.ab-search:focus { outline: none; border-color: #2d6a9f; }
.ab-filter-chip {
font-family: inherit; font-size: 0.8rem; font-weight: 700;
padding: 7px 13px; border-radius: 20px; cursor: pointer;
border: 1px solid #e0e7ef; background: #fff; color: #6b7a8d; white-space: nowrap;
}
.ab-filter-chip.active { background: #1b3a5c; color: #fff; border-color: #1b3a5c; }
.ab-summary { font-size: 0.8rem; color: #6b7a8d; margin-bottom: 14px; }
.ab-stage-select {
font-family: inherit; font-size: 0.8rem; font-weight: 700; color: #1b3a5c;
padding: 7px 13px; border-radius: 20px; border: 1px solid #e0e7ef; background: #fff; cursor: pointer;
}
.ab-fit-filter-label { font-size: 0.78rem; font-weight: 700; color: #6b7a8d; margin-left: 6px; }
.ab-fit-chip-strong.active { background: #1a8a60; border-color: #1a8a60; }
.ab-fit-chip-moderate.active { background: #c97000; border-color: #c97000; }
.ab-fit-chip-weak.active { background: #6b7a8d; border-color: #6b7a8d; }
.ab-view-toggle { display: flex; gap: 8px; }
.view-toggle-btn {
padding: 7px 16px; border-radius: 8px; border: 1px solid #e0e7ef;
background: #fff; color: #6b7a8d; font-size: 0.8rem; font-weight: 700;
cursor: pointer; font-family: inherit;
}
.view-toggle-btn.active { background: #1b3a5c; color: #fff; border-color: #1b3a5c; }
.ab-grid { display: grid; grid-template-columns: repeat(auto-fill, minmax(270px, 1fr)); gap: 12px; }
.ab-outreach { display: flex; gap: 16px; align-items: flex-start; }
.ab-outreach-list {
width: 300px; flex-shrink: 0; display: flex; flex-direction: column; gap: 8px;
max-height: 76vh; overflow-y: auto; padding-right: 4px;
}
.ab-outreach-list .ab-card.selected { border-color: #2d6a9f; box-shadow: 0 0 0 2px rgba(45,106,159,0.15); }
.ab-outreach-detail { flex: 1; min-width: 0; }
.ab-outreach-empty {
color: #9aa7b4; font-style: italic; padding: 60px 24px; text-align: center;
border: 1px dashed #e0e7ef; border-radius: 8px;
}
.ab-detail-cols { display: flex; gap: 16px; align-items: stretch; }
.ab-detail-cols > .ab-prof-box, .ab-detail-cols > .ab-prof-box-full { flex: 1 1 50%; min-width: 0; }
/* ---------- Comp-card pattern, 1:1 with Marketing Intelligence's Competitors cards ---------- */
.comp-card {
background: #ffffff; box-shadow: 0 1px 3px rgba(27,58,92,0.06), 0 0 0 1px #e0e7ef;
padding: 18px; border-radius: 8px; overflow: hidden;
}
.comp-card.highlight { border-top: 3px solid #c0303a; }
.comp-card.fit-strong, .ab-card.fit-strong, .conf-pres-item.fit-strong { background: #f2faf5; }
.comp-card.fit-moderate, .ab-card.fit-moderate, .conf-pres-item.fit-moderate { background: #fdf9f0; }
.comp-card.fit-weak, .ab-card.fit-weak, .conf-pres-item.fit-weak { background: #f6f7f9; }
.comp-name {
display: block; font-size: 1rem; font-weight: 800; color: #fff;
margin: -18px -18px 12px -18px; padding: 12px 18px 10px;
background: linear-gradient(90deg, #1b3a5c 0%, #2d6a9f 100%); border-radius: 8px 8px 0 0;
}
.comp-loc { font-size: 0.8rem; color: #6b7a8d; margin-bottom: 10px; }
.comp-desc { font-size: 0.88rem; color: #3d4c5c; line-height: 1.55; margin-bottom: 12px; }
.comp-desc.empty { color: #9aa7b4; font-style: italic; }
.comp-tags .tag { display: inline-block; font-size: 0.7rem; font-weight: 700; padding: 3px 10px; border-radius: 20px; margin: 0 5px 5px 0; }
.tag-r { background: #fdeaec; color: #c0303a; }
.tag-a { background: #fff4e0; color: #c97000; }
.tag-c { background: #e3f2fb; color: #2d6a9f; }
.tag-g { background: #e5f5ee; color: #1a8a60; }
.tag-u { background: #eef2f6; color: #9aa7b4; }
.comp-card .site-link {
display: inline-block; font-size: 0.76rem; font-weight: 700;
font-family: ui-monospace, SFMono-Regular, Menlo, Consolas, monospace;
color: #1b3a5c; text-decoration: none; background: #e8f0fe; border: 1px solid #e0e7ef;
padding: 5px 12px; border-radius: 20px; margin-top: 4px; white-space: nowrap;
}
.comp-card .site-link:hover { background: #d9e6fb; }
.li-link {
display: inline-block; font-size: 0.72rem; font-weight: 700; font-family: inherit;
color: #2d6a9f; text-decoration: none; background: #e3f2fb; border: 1px solid #9dcde8;
padding: 5px 12px; border-radius: 20px; white-space: nowrap;
}
.li-link:hover { background: #cfe6f7; }
.profile-btn {
display: inline-block; margin-top: 4px; font-size: 0.76rem; font-weight: 700;
color: #c0303a; background: #fdeaec; border: 1px solid #e8a0a5; border-radius: 20px;
padding: 5px 13px; cursor: pointer; font-family: inherit;
}
.profile-btn:hover { background: #fbd7db; }
.comp-profile { display: none; margin-top: 16px; border-top: 1px solid #eaeff5; padding-top: 16px; }
.comp-profile.open { display: block; }
.ab-log-entry { font-size: 0.82rem; padding: 8px 0; border-bottom: 1px dashed #e0e7ef; }
.ab-log-entry:last-child { border-bottom: none; }
.ab-log-entry .log-date { display: block; font-weight: 700; color: #1a2533; font-size: 0.74rem; }
.ab-log-empty { color: #9aa7b4; font-style: italic; font-size: 0.82rem; }
.ab-section-grid { display: flex; gap: 16px; margin-bottom: 14px; }
.ab-section-grid-left { flex: 1 1 50%; min-width: 0; display: flex; flex-direction: column; gap: 16px; }
.ab-section-grid-left .ab-prof-box, .ab-section-grid-left .ab-detail-cols { margin-bottom: 0; }
.ab-outreach-log-tall { flex: 1 1 50%; min-width: 0; display: flex; flex-direction: column; margin-bottom: 0; min-height: 0; }
.ab-log-scroll { flex: 1; overflow-y: auto; }
@media (max-width: 900px) {
.ab-section-grid { flex-direction: column; }
}
.comp-loc-row { display: flex; align-items: center; gap: 24px; margin: 0 0 10px; }
.comp-loc-row .comp-loc { margin-bottom: 0; flex-shrink: 0; }
.ab-fit-inline { width: 100%; margin: 8px 0 14px; padding-top: 10px; border-top: 1px solid #e0e7ef; }
.ab-fit-inline-label { font-size: 0.62rem; font-weight: 800; text-transform: uppercase; letter-spacing: 0.04em; color: #1a2533; margin-bottom: 10px; text-align: center; }
.ab-fit-inline-track { position: relative; height: 6px; border-radius: 3px; background: linear-gradient(90deg, #b3bfcc 0%, #c97000 50%, #1a8a60 100%); }
.ab-fit-inline-marker {
position: absolute; top: -5px; width: 0; height: 0;
border-left: 6px solid transparent; border-right: 6px solid transparent; border-top: 7px solid #1a2533;
transform: translateX(-50%);
}
.ab-highlight { background: #fff4e0; color: #1a2533; font-weight: 700; padding: 1px 3px; border-radius: 3px; }
.ab-prof-notes {
margin-top: 8px; padding-top: 8px; border-top: 1px dashed #d7e0ea;
font-size: 0.74rem; color: #6b7a8d; line-height: 1.5;
}
@media (max-width: 900px) {
.ab-outreach { flex-direction: column; }
.ab-outreach-list { width: 100%; max-height: 300px; }
.ab-detail-cols { flex-direction: column; }
}
.ab-card {
background: #fff; border: 1px solid #e0e7ef; border-radius: 8px;
padding: 12px 14px; cursor: pointer; position: relative;
}
.ab-card:hover { border-color: #2d6a9f; }
.ab-follow-star {
position: absolute; bottom: 8px; right: 10px;
font-size: 1rem; color: #eda100; line-height: 1;
}
.ab-card-top { display: flex; align-items: start; justify-content: space-between; gap: 8px; }
.ab-card-company { font-weight: 800; font-size: 0.9rem; color: #1a2533; }
.ab-card-name { font-size: 0.82rem; color: #3d4c5c; margin-top: 2px; }
.ab-card-name.empty { color: #b3bfcc; font-style: italic; }
.ab-card-vertical { font-size: 0.72rem; color: #6b7a8d; margin-top: 6px; }
.ab-source-chip {
font-size: 0.6rem; font-weight: 800; letter-spacing: 0.03em; text-transform: uppercase;
padding: 2px 7px; border-radius: 20px; white-space: nowrap; flex-shrink: 0;
}
.ab-source-chip.mi { background: #e3f2fb; color: #1a6fa8; }
.ab-source-chip.boss { background: #e8f0fe; color: #1b3a5c; }
.ab-source-chip.eng { background: #e6f7f2; color: #0e7c66; }
.ab-source-chip.conf { background: #fdeee3; color: #a3651f; }
.ab-warmth { font-size: 0.68rem; font-weight: 700; margin-top: 6px; display: inline-block; }
.ab-warmth.Warm { color: #2f9e58; }
.ab-warmth.Pipeline { color: #b45f06; }
.ab-card-detail {
display: none; margin-top: 10px; padding-top: 12px; border-top: 1px dashed #e0e7ef;
font-size: 0.8rem; color: #3d4c5c; line-height: 1.55;
}
.ab-card.expanded .ab-card-detail { display: block; }
.ab-card-detail a { color: #2d6a9f; }
.ab-prof-box, .ab-prof-box-full {
background: #e8f0fe; border: 1px solid #eaeff5; border-radius: 6px;
padding: 12px 14px; margin-bottom: 14px;
}
.ab-prof-title {
font-size: 0.6875rem; font-weight: 800; text-transform: uppercase; letter-spacing: 0.07em;
color: #6b7a8d; margin-bottom: 8px;
}
.ab-prof-narrative { font-size: 0.8125rem; line-height: 1.5; color: #1a2533; margin-bottom: 8px; }
.ab-prof-narrative.empty { color: #9aa7b4; font-style: italic; }
.ab-prof-kv { display: grid; grid-template-columns: 132px 1fr; gap: 10px; font-size: 0.8125rem; margin-bottom: 5px; }
.ab-prof-kv .k { font-weight: 700; color: #1b3a5c; }
.ab-prof-kv .v { color: #3d4c5c; line-height: 1.5; }
.ab-prof-row { display: flex; gap: 8px; margin-bottom: 5px; align-items: flex-start; font-size: 0.8125rem; line-height: 1.5; color: #1a2533; }
.ab-prof-dot { width: 6px; height: 6px; border-radius: 50%; background: #2d6a9f; margin-top: 6px; flex-shrink: 0; }
.ab-prof-dot-g { background: #1a8a60; }
.ab-prof-dot-r { background: #c0303a; }
.ab-prof-dot-a { background: #c97000; }
.ab-prof-subhead { font-weight: 700; color: #1a2533; margin: 8px 0 4px; font-size: 0.8125rem; }
.ab-prof-subhead:first-child { margin-top: 0; }
.ab-prof-sources a { font-size: 0.78rem; }
.ab-prof-sources .row { margin-bottom: 4px; }
.links { display: flex; gap: 8px; }
.links a {
font-size: 0.74rem; font-weight: 700; text-decoration: none;
background: #f0f4f8; border: 1px solid #e0e7ef; border-radius: 6px; padding: 4px 9px;
}
.links a:hover { border-color: #2d6a9f; }
</style>
</head>
<body>
<div class="sidebar">
<img class="logo" 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" 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<div class="avatar-circle"><img 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" alt="Peter Gaal" /></div>
<div class="team-name">Peter Gaal</div>
<div class="team-title">CEO — R&amp;D and Sales</div>
</div>
<div class="team-col">
<div class="avatar-circle"><img 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gJdwBxsGMKvQ9c0kgSOgXWPFF7brFpdyzTM29omw2RjLMc9MIBgYJr0HwL8bNZl1yOz12KOPTLU+XJKqMCze2fTvx1rhdKNlbwXmu6Qrvc3G9RFjmIMwLMpPJAA5A6etc34unl1S10e802VhBaxFUjhKQxls/M0pOdxPPXmr5U9xM96+JfxbsteT7D4RSaYudiBUIyenFcv4O/Zo+JvjS5TVtbspVRjkKwIGPfNdt8HfDjx6hbeJNWg8uO0lyE6lgR976elfo7bfF/wHZWiRyXLZA6BGJH6VjNcukSbX3PBfBP7OutaJbKkscceB0LD+ma9ST4M6hKMXF1FGPRQT/hXQXfxw8JRIZLaOef6Jj+Zrz/Vf2j2hDDTtLJ9DJJj9AKxceqNEw1P4UmxnUNeFhnnCgV3Wl/D7w1BYmWZWlbHVm/wxXzbrHxj8XeIZspHFbDP8OWP61x3jH4teOdK0R/Jv2iO3A2qB/SnyMfMeIftV6fYWPie3sNMc5nJymc4APWvp79muLQtF8NQxBkikCjeWwDmvzt0y81Txp40bUtYme5dTy7nNfbHhq2is9PUYAJArVKyJbPszUfGXhm3yj3UZI/unP8q51vib4eg4jLyY/ur/AI4r5086PoKQTjtWfKh8x7zdfFWBwVtrVz/vMB/jXl2v+LLzWbja0axr6DmueSckdKz2kLXOTTSQrnoWgOftcX1zXvumW51MraZwD1+lfPfh/P2uKvWLvXm8P2f29WwU5rtw+zOapuj26z8F+HbVhKbdZX/vP83868V/aSXwtpvw5vpdSEaERMFXjJOOABXyd4+/a08epcSWuhSx2sMZK5VQzH8TXw/8QP2h9c8SXzWvinUGuP8AZY4H5CtHKxvzJHH/ALOPhu5f43WU95gRiZnz9ASK/RX9pb7NJ4DigR/vXEQx6gZP9K/PrwP4/wBNs9ei1KyZFkQ8EHnNfWGr3+p+P9LivL9SYIvmU44J9azjLUxehW8K6vHFp0dlG3bmuv8Atif3q8Y0u5ij1sadG43DtXoPlP8A3q9T65NaHC8PFu5//9L6j0GUxXGyq3xDuYvsnlvjBFVoLlLV/tDnAHWvmH45fFhbGH7Pbtl84AHWvBrNRV2OcrROa8ZaTpKxNcbxnrxXlNnerDOUibcBXlknibxZ4uvfslqxjQ9SOeKZcXd34YmU3rkhjjJrOhXU3ZHny11R9KabeecAVOa6q1uwsis/DDoa8M8OeIo59ssLda9ns1j1O18yE4YdRXoQVzO9j3Tw343WGLyLsjgV5742vpfFN55FqOpwpFefyXs9m/kT5GO9dj4R1G0+3p5xyexpSpW1R0wr83uSNLRL2405P7H1kZVhjJ714N8TfDE/hrU18QaSD5RO447V9ieKfDdtrGki4sj+9QZBHrXjH7vWrGbw/q6/OoK8/wA69fD11iqfsKvxLY4cTh3Ql7SGzPUfgH8SY9a01LS4cbwACDXdfFPQhc2b3cI6jdn0Ir4T8KDW/APjQafbglJG+Ueor7VTxxP4i086AY1guZF2s0wyoHTIBxk/oK8rklRq8y6Hp0mq1LlZ8v2uiW+lT3l5r7PHBcskUSqNxLvzwPTFXfCfja30rVjpepxhrS3l2lJo2ygB+VgzZ4PSqniu31fw15lu8jX0lvIysSD8oblCDkcYHAAwPWs3Q5v7VhR5ds4uI3VgRhkPv68+v4VpN3k2i6ceVKFz1TVvDvhXxJrE8N7aTxyRgvDLb/vd6H5hlGxnr2armk+E59BvI9U8PanGSxyY5laGUeuR8ykfjmvOtJurrUraO3+f7XYZjTGQ5XsRjrj3r0GHW7u200h5hAQxcOzAknqEwc4yaSfc0V72NfxhoGp3kwkt4vNXUW3ORkssgHAB7KTnqK5XRJtP8NyPZXdsI5lLrIvzK/PHO/oWPAPHGcVFd+N7W3lW5MjoSQQpwUGRz1/TArpVfT/FthvltDcSxr8r7mUt3HXg/hn6VPLFO6RSjbU5LVNOSeAajZRNLbxKZGGT5iehIPbOB9RU+lWun+LyNDykd8sRjUHhblCP0I/H1FUrfxRb6Nqa2csEkEo3B0Zgd6EduxHr3rrLTTdCvk/4SjwugW5hcS7IT+8RlycqDwy/3k79iK1iNnm/jrw5qmk30ly8e1vJYtsIO4iParcdeOCemQaxvB+vm3sGtpiT5TOkqHqyMoDDH4DFe++KJbXxf4FMkLKEUN5FzFlTA7cuhzyADztPI59a+eYQ8ep3mka/EtpfIUZJ1/1UpwMBvTf2YcZ6inygpHsOn6rcaTpsPhlWdbA75R1VjIy/Jnv325+tcjr9wllJcNbhQ8ki28e3+4o3ybT+AXP1rl9F8VXdoY4tTUu0U4UJMdylXbJAHUc9Oa6rxnaW99YWmraIWiMYkyoG4xyO+3dxgleOv1pWHc0X8Qw6ZqFiYpBE4jzCFHUyHnPYjA5z2Jr1PSvCmk65qwjQLDZ3b/aECc+T0LqB7n7voDXz5qujQXVjBrzy7pLZEVlI4VsbQR7P+leufD28vrC5/s+RyG84xgHj5H5Ug9wR6dqb0Wgj7Q0iy0uwkm+xv5ibsAkY+6AOlWr8WciggDcKzdFS3GnROp3FxuOPfmtCQR+lcrlqSZE93HDAVArz3U9TcsVVK7TVJgiEYrza+kZ5cY70JjSL9hPcMd2BXjfxa8RyJCbMN0HSvYd/2Oxa4bjAr5I8T3UviHxGLdeQX5+gqlqx2O++FGh/uxdSj5pDnNfUcBVUCr2rzHwdYQWFkpJxtAAr0GC4gxwcmqlqSbSuPSpA1U45ozyDU6nJqQL0ecVAgLXFWIuRSQKTcfjQhM7TSJUtJRcSnAUV558WviPbxaadNtHzLJwAKd4w8QR6TYsFbBxXyJd6jcaxq5nkbK5wM110X0MprqbWmaXDc2ktxdYJOSc18F/GSztY/EDx2Yzzxj61+ghtzLZNHECDjBr47+Kmi2lneNd3JAOeM10zoShD2nQzjNTfIeY/D/TFa9ie5yAGH86/pL8IfC/whrXwrt7WyRTFd2imN17ErwR9DX81Wl6qI5g1q2Sewr9hv2af2oZbb4dWvhLUIXae0UpGQeCM5GfTFcqXMzRtJany3Hp2oaJ8TbyxvUJMErJnsdpIr1f7d/0zrttQ0ez1XWJ9Zul/ezuXOPVjk0f2Bpv9010ug3rc5varsf/T9m8QXZh0h2U9q/Nzx9JPqniGXzCSA2BX6C+J7gLpLAntXwXrqJJrjk92r4rN6rikkY4nax1PgfQrfTLFruRRufnJ9K8K+KN9/auqlYP9XHwPr617pd60tppXlL/dwK8F1OIXUjSGtMsTUOaRgnpYyfAt3qh1NbGHLA/pX11os2oaKY5bkHa1eP8AwW8Pxza42oTL8qcV9KeMjb3Oy1s1G/0Fe3Cpy6sp0U43NW60618QWXnW+A+K8nup7/QLzZLlcHg1uaHrk+i3QimbK5xXqGoaDpniyxFxEAXxmvVhTVaN47nC24uzE8E/ER5FW2uiSOlaPjPRmkA8R6OpLIMsF7jvXg2qXNx4Yu/sqxsWB42jivbvhP8AEO5vpW0sRRmYjASf7re2TwK5XTcJc0dGjupzUlyT2Zzd3Z2Ov6fa+I0Enn2zhsRr8w9M+gzXTalp+qazLBe291LBMQIjCCWG9RgbcZwCMcY5Ir1fxBpHg2xX+1de0qe0trvEUl1ZOd0eTna6cjbnoQMGsTUvhXMinVvB14dYhyZFiaQwzAgZAZAB6dQ2faqq1faS5pI6aFJUo8qPA/EGs3lrHLb+MrQzJOBCLmHcrEqcruHO1l7Ff1qrpvhDU7KyF9YyvIM74lnTy32vwQx4DeoIAz6V02s/EaH7ZJp80Bku8bWSOEnB7h9wy+D3GD7kVyep+KbrQGsZbqIpLMJopcnagO0solXGOVIwo5GD34qLG1le5z09qfDWpXt7cT3TzlNzxqxit4gcfNg8uRnqSB7GvLdV8T6tdX4vfMlmTazKwOQwGABgZGfYdK910hJvEuhyXk+YobpfLQzdMu+GKYwWQbSVHtSzS+H/AA1ONG0m2iWUx+TH8oJjHeR2POSeMA/pyVcZ5d4R1q61Fjqd3mB0xHEpDNGe5LL1BHbGcntxXqB1PWpY2SxaSbcPmaRmDc46AHgDpzVKw8baNHE+leGrJJJoHZXvJ2yu49ZEjXg7v4SSxx0Ud11PwlrOpMmtLIEeRipMzEFUxnI3/dU9RyPepb1LRja1rGpW032fWVFzErZ2ncSvuCCSD7jFYum+KWWY3Phi88m6gbcIXc5x3xx81HiYWdhZNa3t/LqdwchEjkXyowf9p/vE/goryGbw7Hd3Ctp1yI54yD5TK0xU+3l56D0Jq4iZ9n6V44bVpB4g00xyZCi7hAG1yOMuhwGI/hbGRyDmjxbYaTeaHHPZ5V7fLAgZaOJ+QCP441bsOVr5SsrrXbO68p1knZhhnjjkC4/2s+telW3ju+0aNLTXd0cTHbbuc+ZDN2HfKE+vWtzIpamuuXutxadBAJ5EZZg8ZG3n5jgngjPI9u1exzWV9p0sM99PGoiUGW337twkYnb8mcNzxXhHiDxEtyCVwyxuDuj+VxjGc4+8vcAiugttXhu5p7qMvGifMjdcDPGc+4yMUtimz2uSTRxYvaI+I5kMcm4bWR8HGQe2e9N0PVXtoPtSHMkG1cnoM9/wzxmvBbvxHJc6gl3PJkrIMn1VMHn35Oa77QNRe/FzCrEyySqqA9GCjjI/LPapeoWP0p0qTTjZW/2cjaI1A59q2GkgwVAHFfI3h34hf2ZaRWLgShCVG35W3qc4A75XtXqL/Frw3ZZaVJZXbGyNQAzE/wC8RjHeuapTsSjtNau0XIrw3WPF1uNdj0q0ZCwy0jE4CqP61yPjf4o6zrlz9h02A2iP91M5lk/T5V7knGa808N+Hm1PVYjfSZt2mVJpH4WRupQDqEA6k8nNKKLPbvFHjfT20HFlIsgcYBU8E+1eR+C9NfUdTe/I74FeD/FL4o2v/CbXNjp6LDZWshjiCDauF4zgcY9K+kPgjqK6vYRzoOOufWtFBrVkN3PfbOxeCBYhxit62tT1JFVGJD8mtC3cdqi4GnHCQOoq/ECOtUInGeK0Ec4pXGaUHAzVeW8jsY2mk4q1FwpavEPiL4p+yKYITz0FZ1KiprmkaUqTqSUYnB/E3xfJe3ZtLds9sV57ohlMirMp69RVXyJru5+0Sgszn+dd1a6NNZRrI64xyc1pgMTHFSUKZpjMJLDLmnsdTA3lW+X64r8+f2nNbvLaRVg4UtzX6HQKs8IXr2r5J/aC8I2t3ZsZwOvFfV4uCp0bM+fw03OrdHxP8NdYmu9S8q45/pX6DfBfUI7bUltlJwD3r5W8I+DNP0aRbwgdK+h/B10trrMckJ646V8rWxcYT5uh7kcI6kLR3Pv0FSgPrR8vqK86g1qeW3Qr6U7+1biofEWFWlylw/iGrn//1IPHPjfTrSyeLeOnrXxvqXiW0fUTKhBOa4vXfEWq6zJ+/kOPTNR6ZoZkIkm5NfE4i2IaRyVJ8x251VNSxF271bbRLeWL92cE9qpW+mwIuRwR3qxYJdNqsNqH+RmGc+lenQgoxUURY73wfcnw7CVZcDOSa9e8Nww65O100mGboK6O28KeF28PCaTBbHX3ry2RJ9LuWOkS42njHNdDgbXdrHsknw0N4m+Fd2OT7muRt59V8Eaj5V0D5BOOe1JonxmudKUWWpowbpmumZYPHo85AVJ9TXRha86MroznSVVWPQYNB0TxXpbanCitIq5xXy/4je70O8kvNNQxyxvgDp3r3vTryXwe406EHOMnPCkelYnivRdO8UxnUo5hZnjJdCUPrlhnB+or1K9WFZc63LoUJU/cex3Pwu+MemWkEFr4muEj+0EwgzjdDuJ+ZG4Py/h+Ne46n8H0ls/+Em+FEgsbqdi5h88vbT+pglO5c+kbEAdvSvzk8S6de6Z4stZDCv8AZcEeY3iIZDJjnJHRieea+ptC+LNx8IfhvZ65p7lp9RZ3jtW5SfbwdyngKMfe61xOXc7lC2x4B8SdA1yTXLiDxBc3Bv4WJlguCYWAHoOA4HqTz6V4vZWGqz+N7fT5JXaHVZoobmMD5gS2BKvY4+vciv0B1H4mfCL9oK1j0XxFCun62kf7tHcLKgbr5Mv93P8AA2VPotcT4a+Ei2fiB7i7jtruTT/9SEkeKVwBlgU5/ebQT1OecVDkkUrswtWsobDwzLdqY1FjKiCONs7QhaJAT2CgYIHc15CNPtV8RXvjDV4xLbMSIAWYANtwowvbOSD1r6K8deDrHw/bDxVpT+bpGsuAqY/1ZYFmB+vB+p4r5+1qKTQWHlwrcwuu5YnGQAejIx6q3bnIORUqQ0jgj4svjqR07wlaWWn/AGdGRZVBIX++xMhPG3I4wCfpXQ31rqOs+Hra8v7mWQTP8kvOCqFQAy8DkknisfUrez+wCSOEW0k3G3btJGcjI6Lz+Bx1rS0TV9/hm6/tCJ1+xSxCGIk85BAA6ZGcE8dj607lcpy3jnTIPKgtrA+bdSngOp8tcjO5wOSRzhemevatHw3Evgm3FnIhn1S7RnZ5iFbb1yf7oA5I6AYHJzWteXI8JaNfeM9cCyzRtiGJjw0+wbVPsuNz/gO9eWeGLu6+IGgxahfSfvpHLXRxyQpyw9cOMcdyBVRbsS9Cl45tfHTrFdpM0lncEuFLOq5wCMqpBwc8ZJ6VxMSa7p0c8kKrdXEYPmRxkgoO7MJCMgH0B9SRX2qkum6rY/2HelXhMAVMAYWWLAwD6YbBryXWNNSSWS6sEWK7tslCefby3PdWAPNaxq6WsQ4ng2j3t5DMRcs1so4ZD8zuD1UY4APr2Fegx+KJE06WUqV437GGM7eAMe3UV5z4z0L+y7pdWswVVW3lGcgxkjOzPBI/u/iK90k0eDUr+C5sgu6G0zLG+CrEj+vHHvV3JscBol5K8yJLlDIss43Dkk4Cg/7xyfyr1LQNWFpcQX1zKVKfMRGCzFm7AdyFHSud+JGiazpfimHxBbAm0nlW2iQgrjyVVWYjuGJPzDvx2rlJPE8WhSedHJ8wO4so3HrkDn5cf/qpX7FK+x7J4i1/V9Q1bT7KCF7e4mcvuIw7KOFZgONxGOnNep6Z4nure+uNN0KAy3ICxM7KGkDFcHaSMrk+teb+Apo9asbbxZNJI0vnm5E0vL5j++cnHAznI6V6p4e8Rrq02q67YxpALm6Y2yqMMY14GOmWOCR2Galq4jo7fwxd2Y+16oFErkBgDuK7uN0jdz6AcD+e1rdtpljYrpunv5LWsEk3zL85ZlIBHqcZI/OvOLfUNbutQkedpLe0GGmd2wTjnAUnJI9xWhN4mN39qulkNz9tHl5kJHC8EkcbVUDHAGTnrWfLYD4i8VaDc+IPFVvaafEwEoVnxk4yM8n1r9Mvg94WtPDvh2JCQG2gVxFr4Z0a5dNVitwJiB8yrjdjjPpzXZ2WoatBIII0xGKqUuZcpjKdmeqXACtk1PayLiucgv3mUeaPzrobLa2CvFZezZXOtzdhJPNaUYyRVGFJAM4/GrIlES72PC80nFrcpO+wa3qSaXpzOxwSK+Q/EGpSaxqbMT8imvTPiD4oeYm0gPJ4rzDTdPkuZ0gjGWc189muKu/YwPpMpwnKvbTO7+G/heTWdWSRlyiH9a9V+Ium2+lWYtowA7GvR/hV4Wj0yxFxIvQZrzv4vXKtfhQe9fTcO4NUYpvc+fz3Ge2k4rZHkUV49mhlHQCvg/8AaB+JMw1RNIhBAYkkn2r7smUT2TbOpFfnV8dvh34h1nWxfaWm4rnIr6XGRc4cp4eEajK55vD4/nEkNsMjcQDX1R4JvN4hm7nFfJnhz4ReK7q9juNQXYqHPrX1hodg+kxRxOMMuK+Kzmj7OKPrcqqc1z7D0l2m01GX0q35ctZXguYT6cFPPFdn5Se1fCT0bR9fB3SP/9X4D0nTBd3ao3TPNekXGkiztgyjFYHhu2/0kMa9N1WKP7ICfSvjMDHmV2cCPPHdYYyQelRaUXmuvMXqOhqveKxYoK2NHtDERnvXqpWKitTv5r/UU0o+bMwTHAHFa/wr0651W8d3JMZPfmuF8Rak0VstpGfmbjFfSPwg0UafpKXMw25GSTVJ9TppxuxfF/w0t7+3MkC4cDtXjOmXfibwNqYjkLPCpr6t1nxXplihjLBiK8svjF4ouDHFGTu6cVal3NpUNeaI3xT4rg8R6fbazpTkS2+1LqPvsPRsd8HrWA/iDUbTS7jyC7RzqVdG4II5OR/WqU/ga/8AC2qtfSS5DrgwpkkA9iRx+Fc1Y3Ra/k0OUu1vMCjzcKqIBne7N02fhkcda66c3HVFcl1aRw/gGbX/AB5rJ8LyP5Za6eKSUn5olQ5bIxhgEyefSvc/HXh7xN40uNPv7ErpdhbxNGiuu+WOBW2oiJxtzGoLMcck1wllot74AvtQsvAUDT6nejnUZckOLjq8CD7ieWD83Ltnkr0HsWoWXhvwdoVtb+M5Gvr2Y5MAUM3ADEyu33VByTkjt7AzKWuhokfPcngi7tteg/4R/SZHkVQBeXkgXCg5MmxDuI/759MV9I6V4kntXtrC3upPttsn2kuScggjaOnAx054zitqy1BdR8OPq+nW3lrK5jgWT5AwAALkDJIycAnng9Kxrbwf4pujLNDbhFmJdnUHeSDkDOSMADOKylO+5rCJ7Fdzad488KXVnbKUEqi4eNcbUnQn50x0V+QR2bjpXhMug6fLY/2RFdb9hOIZW2sAfvbWOBz6ZrufDlzceHXjvJLtWuACyAcg/Md6OB2Ydcmue8eaQ9jeNBZK0YuMXCZHBQnpnp8h4qVIuNPoeV3vg2BNMvb+6D7ECoiEHp3KkHkY4z1FZnguwMuoyaDJGkltEPNUMSfmUE8scHbwCfavX4ZbmwtlljIZkP74Dld7YHyj0+nX6VUmaxluTdx2ZhuJIzE3lDaCG65zlQMevNPmC1mfM3xumudYsE0u1YCOO4YR7B95VQHcB6szZ/KvKvAVpqXgvxGtrd5NvMqRPu4xKBlWIJHAY4PqK+m/Gvh+/fRbW100LHIXO4huUUqoBY9W9gOPX0r53vvD0NvqataRgrboZDJJjkjhCB6sa3py0sZTjrc+gfDh0429/YXJaM28TyrnnBbhgO56jH05rmrPUFkuJ7Rl2ybSVHO14xzkHv6r3HIpfh7rlpcSXdhfSbp/IEcw7AORhs+q9G/Oq9xpOqWM4gmUkRSM0Uuc7MnJBPPGPXgjpSEonGeMPDZ1C6ttUik2W7qN+VyG2cjGffj8a7axtJ7L+0bm9JMk6xtAMg8AqMD0+50ra1BfO8MxvIsbB5GZQDxnPyjj69KhjvVgWHUZEHG4MiDlVgUAZPu27OKakJxMrxRLrOovPc3DSSO+Yl84ncy53A9ScLz/APWHNeJJ4VnvJ0if5GYks75zz6KMbR7+nSu11HxzdW6tDppPnzPl5n4XvkJ0O3J7DnHORUOnXVtqmzE+8s5WR2yCx4OBxxWkbojY9H0qx+1afb+EdNm8uGJSs0rdgSC2MeuBxz0FeufZtP0tobSF5pxEoVCgEYA7kkkZ47mvOtK06dFEltKIQeDtZQef7pPT3OCa0/tElpH9ouHdpOFQ7CxbnsXzz9MYptk2Lfi2eyt7UTRxzPcvgW8RcBFJOQdqgZyenJHfmtPwppDXOh4aT5nI/eINxZ+nHbk9M1x17p+oW4l1PUsxyz8RLI2XVW4LH0yO+fbnrXpvhr+z9OtYGnZlhJBaIEjCY43em4depqb3G1Y+oPhr4djXR1muFZoQNkZfBZjnLsSODls8+1d3caLpScrGM15PJ8UHgi8iC3EUEar5fl9NhGV4xkcdqo2/xat5W23HH1rJ7mTmlud/ewW0R/drioLWd0I2gmuWm8eaVOm/1q5pniGw1A4gYA+9NSaC8ZaHpNpqIVQH+WsjxJqkS2jKpCse4qFpvKtzK+MAV43rmqzTXpihb5c8jtXPjsb7GDlI6MHg5VZ2gcxeQXFxetPN8wzxXpPw20u0u9TDSkFs9K4S9vYrWAyS/Kau/DTXYU1xpXfCA+tfLYOSq4hSkfQZjivq1H2WzP0EsYY7LTikY4Va+OPiZczXOsEdApPJr6MsPG2mXsf2OJgwC84PNfHvxn8SjSNUBZGJckrjpivuY42OFpuq9kfEYl3VzmrvXxp0BRuMVztrNBr02fJ8w+wrgLrxQl6T53U9BX39+z58L9A1XQYNTvV3tIob8648pz2rjsU4L4Uee5W2Pm2Pwky2heK2I/CvE/EFtJa37JINpBr9opfhz4Zt7VkW3U8dxX5mftEaDp2jeJ1XTwFDA7gK7uJKalSVRdD6Hh6v77ptDfh9cl7AKvpXo++SvHvhfcZxE30r3P5Pavy/EK02foNF+6j/1vkHRLZlYPXT6jOwh2H0rntLF5JMILVSxNfQXhT4bS6ii3F+u4n16CvlcHDlgkcOx84pZXM8u9UJH0rbtI54pR5iEAV9Xy+CND09cSstcXqekaDGxKsBXdYcZHzbd+bNrULyKSqnNfQ+m+KLlrBLCz+XjFYqeHdLuZfMgO5vYVu2OliwffGOR6ik0zpo1VHdHR6R4NutRcXWoMTnnrWvq+3wysctqvyhhuI7ClsNZuoByOPUVDrl1Z6rYPa3hwsg2kg461cUdaqKWx02ptb3+nLO6NPEAAFTguze46ADk14L4ugsrTwzcTT/ACfaJQJUPOcZwuMHIBBJ467ea6bw1beI/DGhS2k7vOAzRwsQWBZ/unPTAHFcJetpvifTWsbolns3YTEH74bkY7HkY57YrdDSO1+ETf2ToNrcyNNP9vuGjh807isK5ZyM5IXjH/669w1PwppQ1CbU76VZAzK00jDdtLnKxICOvrnkn0AFeda5aW/hBNO0y2QIsWkymNV5w7HcefUgKPxr0/xhcnUrTRLjTV/c6zdC4L46IIQOnXcCTj3rOTvqapHCa947vIdd/sDw3ZRSTxiNRvO7y1bJHHIG0YycZJNekXI1GDSv7O1S5ae6lH76GE7enaVuqKO0YwT1PYV5hZaxp/hTW78aXAG1KaTfLMW/1bHjaDzlkBAGOFOf4uR1ukPLOm932tjOF6ZPU89T6k9656tRRR3Yehz2OZvrGe1uQYhhjgbQMD2H/wCvn1rqftdhrHh8addNslsjvhY5xxwy/TgECqN5aGOT5PmPqariwkMYjgHAOa5liD0ngk0VfsNxcaRJ5DfvXbeSw+YYOAAfw49q57V9PaWOJZCzFiRuJJAHsDXosQW3YKCThuSPfp+VX7i0iuYssBnPQfzpvEjjl9+h4XdaZLfPJFMmFRAVweQcAYH19K4nWNCiIMwiUPIcYHIG3/8AVgY6Cvp3+ybWPdJtG58Y9eKyZvC9uZPlUcg9e1WsWiJZc+x8W2XhS80zxCuo5KI29Tszj5hnp3OcHNeneHb3TvEdvNpruILqJSi7ujA8qpPQkHoe3TNe4a34Qh/sZobdNskh259B/PmvO18AJpkCmNfmOQx7gHt/U10LEpo454BrY891p73S7VbHyPuyRsQinCtglyfTPvSX7aboXhWK5v8AZ5k8CqBLnafMJd2bbz0OB6V6HrNmhsxa3JaSRQQ0vr8vAb1xx7iuD8S+FrvXr21sY41eKGNQDyT8wGcAEenetFVTOWWHlseZjwDo2qA6zpLSHau7GBJt/HIyuOhA46Yrr9J8CwzWKSLNA5eTjBUkYHcHByPatWz+H2r+F5heWly8ODzGowAB9MgfmfpSalcyT3bRQoI5DklRkBz1yMY2k+1bRrJ6XMZ4Wa1sdRZeGjpwWMah5TNgbRE75yenOefTrV5v7H06Y+dLHPO3K53SPnPHyDGPoxxXkRS4urgIbabzhydkhH4EcfqK27e21O5/0W4H2MAcxIS0r/XHyoPUkZ9BW1zBwa3NF2TxFqe7DpbA/vXkIy79uBjgDgDsPevX7C3Or6Rf6dEwjmEXnIQNuTGMkMRyNw79uK4G3C6HLF5NsLiOT720EqrHgDAO7/gXevTNDurKcwa5pkqMAwR9uNp9V9/cYpEtlPTZrqCxltbyQyRxr8meSq4G0cd+c0lnoz3YDpzmu88RaVbwXbXGnxLHDcL8zLkdeoOO1b9jov2WzWW2KsuOCv8A9etIU+aR5+KaRwQsIrKHy7wYz3rjLy/n0e4+0aY/Gc4rvfE1zIAY5Rj6V4zqLyhyV6U604pcp50Zu90z1Gx+KVzPa/ZbjIPQ1qWM8V4pug2SeTXh9tLDINkgww6Gr9vrd7pasqEle1fJ5rSqVdYvQ+oyjNoUNKqNbxxr4jBgjb2rz7RNZuLWYm3lKsTng1zHiG+1HV7pnhGcVzNhLqVteDzeMHnNefHLKllVjI8rNMZLFVXO+nQ++/hPDqUay65qbkqw+Vc549ax/G/inw9f661pcSqdnBDeteNWfxbudO00adZALI425JqjdeCtW1C3bVxKJJmG4r9a9OWY1KNJUcPHna3POk7qyPdvC/gDRPGd6Fi8soOgGK/QH4eeFJfB+lx2ducKqjAr8nPBXxD1X4f3wS9iZRnPNffnwr/aA0vxUyWjP8/Qqa7spzHD1HZaT6rZl0nF6NH1Tcm6lhYM55Ffmr+0dpzxaqtw3PzYzX6cwPDdW6zRdGFfBP7TumARmcD7rZr1My9+iz3Mq92sj5g+HF0Yr7y/evd/tnv+tfN/g64W11cFuhr2b+1ofUV8DXptyuj7ejNKNmf/1/D/AA7PpOiHzrojIrpNU+OVlaL9i087j0wvJr51stO8ReLJxBahljJ5avorwX8GbLToVub4DPUlhXz0bQWpjRw0qh5vq3jbxtrXzWMJUHux5rzzxFqHjyO2aRVbd6CvtO6tPC2kqEk24HesySLwvq8YiXaXzxil9Y8j0I4BdzzH4NW+p3lmkmqE7u+RX0TJpMLp8uK5y0sLXQoy8AGOtct4i+JVlptq6oQHA9a0jPn1QpUVDRnZTW1rbgq5GfY15/LrtrNrUehWgWSWVwvIzj/PvXjOi+Ndf8Z+I/slmHFshzK46Af/AF6+htM8O6bpMXnxICZm2yzsNz7j0CE8AA9T0/KtloZxiuhkeJL24uJ73T7Cdt05jeXaMKqxbgFXHbn1Ga8ftILkXjw2DBWXliowMnoPp2r129jBguoLZczSPGqcdU2gkD1O7qfQVxzabHZ6mbOF8SOCmRk5LEKD7YHOO1WjZI2/iZ4ksUmhheT/AEiLT4ZoX/hKvGqSAH2aMEfjXq/gPxD/AMJF8F7bX1DLLoU8qtjqiTplCQOuGGPSvj3VozqMk002SAW2jP8AtYVeOigc++K9x+A+rQaZq0vh3Umb7FqsLW02ORvZco2P9lvyqZ/CbRRZ0u3Et0kwU7pWdjkc5PzcnknOK9ptY/Jgj8rAGBkDj6VyKaQLLUYrBCrFH2rjnOB978a7iQiM+UnGAP5CvLryPdwcBGQzHLYpy71yB3psLFgGPrViM5YA8muNs9aER/2USJtP1q/BbAJuk+9miGISyhJOnX61p7SPkFZtnXGBCkGG55qRY/mxtq2FPGKsrCCc/jU8xo4pmd9iikIMgzzwKJNKgufkK4GOv1rcERI461ciTgL3p+0a1uYTpJnnd34PsGjLsSOAoHbGc9Oep60Wmi2VuuEjCluWbGCT39a9EaENyw9qoyWMbEYA4qpV5NWMo4WC1OC1DSYDCVK5Hp0/KvNda+HWmalHyWjcHIZOGU+3+ea92urDpJ1rPksm+8QKca0k9Byw0JKzR83T/De9uIzDLekqeCyooY8YG71rxbxb4R8VaBMbq1vH8pAAUcBkKjtnr+FfeM2n78AD8q5nX/DEd/A8M0eQwIx9f616NHGSvueVisuhbRHyT4c8bRWJ+y6jYwhZgAS4kTOR2YOBg9sV6r4HfTLbW30qwZbVJ/3kcWd6B8fwseQD3yfxrntV0iW107+znIJgkMeG4GwjK546jGK5zTP7QsNW8y1mIlWGRo+gGem36ex617NOpzK58xWpcsmj7Ms47fU7byNRUiRWAUEY2kdCOgIb61kX2oGzvza27quPvAdPyrlPB3ik3kNvNfwrLG0Y8wKcMB3JAI5WsbXvEWji4+1RxSFzkJnJwM+mM/nRKTirp2OOcYvSaOn1yya9j80HNeSanZKr4A70XOveJbxxHbqRGfwrqbfQ7u5sPtE/3yOtePisfyP3mZPLJVIudBaHnkmmqwyvWqgUofKnHHrXRXME9q5DjaRVByk/yt1rCOKjUPMacdGYU1jFCxmjXNcxeaPearIVsEy4/Cu6/wBSdrcqa0tJvYdJvBcmMSRk8jvWqs7QlK0epMvI+TPEVl4k0fUQtzbyIytkEjj86+gvhr8TtSN9Bp+uRAQsArMOTXvGpp4V8UafhkXfjgEDNeT2Xw3E2uothhQDnFayy54aXPhZ3T3Ko3Z9EeIvBOjeL9ESZVU8ZBXggV8zxW9z8OfFUd3ZTM0aNz64r7h0L4S+JG0MPZyGMuvUen0r5T+Jfw08XaNqjXN8jSw5+8BWOPwany1oR95dTapTad7H358IvjTp2u6dHavJlgACO9cd+0Wy32mySKp2kZBr5Y+BthJB4ujdpCsRHzD0xX2D8atU0BfC/wArgkrt565rpjVq1KMvbaHpZZU/eK5+dUMjW1x5g4Nan9ry+tULpcScdKrc+leDc+0sf//Qm8KeG9C0O2DYGR2rJ8aeN0sLdktzhR2FeH6x47m0h9qynB7Zrh9Q+Itjf/JdOM+9fM2u7s2+sOmrcp558RPidrTXDx2zMM/Wsr4X/ETXm11Yb6QsjV3y2Wi6225EEhPoM1ZtPDOi6ZeJcGIIynI4xXQuTl5TNYqXMmz6tj1QX2kZlOSy18geNoL+/wDEq20Abyiefevc7DxDZfZvIRh09axJ9Ojv79WsQJZmPA9KyoxcWd1SpColqejeA4NK0zw6kUVrGpi5fI5ZvU4x/wDqqrq82teIbtGRHSzhUHbCh246jceOT+nevQfCPgu+h02S71QeTuAwW9cenPPPH8q0r+3s4fMSM7YbUfPkEbm685wDz14rrTMna+hxMzro+hx3KpiZGQlV52g/Nye5P/6/SuX86HTtWW4uATJaJJLcN1y5wcD8TgD3NbOk3Ek18pu5A0UkryPHk7SFGBnty3Nc9q7o2qM107ZknM9wrD72DkD6HiqGjkp9Jn/td9MVo1K7mBdgm5s8YLYBAByea9K8LeEtbtpY/ssMiEjd5nGAPXOcAsfyUe9cBqlzbzWyu4BkZ2Vj6jOQB7E8e/Fdp4P86bcIjkH77dz7D0FRVdkdVFXZ7vpkdvHGsrsJbnaQSvzLGSMMc9yaWQkzMAflHA/DiqlgBbQhEUKG5Aqwow2B3PWvFqSuz6PDU+VXNKFV2Yz2p6BUfp1ogCqpbjI7VKEBbcKxZ6UEatuAJsg5JrWEaSOC3asu2JEgU8nqK2rRJH3eau3HTvWbZ1RWhYihWTLKOB61YihDDI+WpolydmO3Hvmr9oixsQ4JIz+VSKcim0M6sMjANWooZVXJO4VbkIXO75Sw+vFaiouwblxxnHWkZXMry8LyKz5SRkEfjW+ERhx/KoHtosMG+bI5zSKi7HPOiuxXmo3RBgN+XetUxKOAOfWsW6hMLNKp3MT0plpJlUKFmKr2q9HFHcQ7ZRz0qHyi3zN1JzxRbHA2kn5exrelKzMMRT5onivxM0OOwuVvkHE67SBwCy8/mQcV4jZeHLu+8QxlMxxIjEZ6uMHaB75Pf0r648cabBrGieQwJZWyuD3I/HrXzlq15vSyu7KMi4gd45IycH5Dnj1xz2xX0GFd43PicwXLUZb0yxv4IZoNOYpcsAVyPmCn72PTvmuiudKttFjX7e4mmb5ifrz3pmnwXU16dTsy0dxDmQKCMurZ6DuP6VyA8RTeMfEEmyMp5bbW9CRwaeIlGEXOfQ4KVJ1ZqKR3umxf2hICq7V9q6q+nh0mzLSdPSn6VYpZW4duMDJrwj4meOVS4+xW7e1fFSnLF19Nj6+pyYHDOTOsvtT0vVcovfp6iuZvNGkVPNtmB9q8VXX5ZZQIM7vat6HxjqNgVW8OY+5PUV60svmlzUz8+nUjWm3UW50zzspKSjBHBqut6Im2noa0Va0161E9q48zGQR3rkbuOWJysgwR2rKniGvcnucdalKm7M6Vb14svAcfSul0LxLdWVytzv8AmU9DXmEF0YztbpXWWVoupoFibBzQsXKjNNbMuhK7sfor8GvjC186WF2nbHPQivpLxNZeFPEGjvPNHHv2k4IH9a+F/gpY2mnt5F6OSBhvSvqfUdG/tK2Edu5JA4PavsKU0oJvU6+VvY/Pnx1qen+B/Fslzo7rFgnIHSvP9Z+KDeJ5ljvbhZFXoAeKsftJ6LceHZ5LzcN7Md3418VabrpF5vU45rzswqNLkprRmeGUqVZTZ9azSRzkOh4NR+X7VyPhnVFvYAjHmuv49a+bs1ofe0qiqRUkf//R+VbD4W69qcok1ecH2Fd/Z/A3QUCz3kQcj1r0a41a6jjxbRquOay31W7lUiVzz6V8t7STPclRg+g6Hwv4e0aDYoRMeleV+KNOsZ5T9mJHueBXqEEcUwJY8nnJ5rkfE9vBHASPmI7UkDpxtaxxuieBbnU5AY3Kr3IPWvdtH0TS/CFsLq4+8oyvGSWryXwf4kEE/lopGDgd67fWNct+Jr52YL1B6V002locs6CWqR6JpXiTWZnGpz3PyDftG1vlUDJy7NtGTx8oz71xYuNSubMPelpZbuRnLZJ2gcIoBxjnn+dYFz4q1LUtMSdcxaYj7VjTjzGHTcRyQD0Braub248oOoXZFGzMuQMbuK6kYONjn5rmW21iG2jIVpriNT/1zA/PBIGfeue8d6vHBrLtFgeYQoXB6Kv+OKoeNtSfRtVsZ05kuIYtmOoOGkB+vA/OvN/FOupfarbXdyHJkXzI0B+Y/MeD+XWrSKR28GoS6naw2lspOyTaueASpx16cE5PoBXuXhSCOxgW3hyVAyX6b27kd8eleBeDrC4gIuL1FE7fcQk7UDHLM3XjPbqa940dhb4WN2lJ+87cf98joBXJi5WVj0cFC7uerWshcBe4q/MDGgasTS5SSqnjPStW6813VB06k+1eOz6WmtCzCSxBatuJPlJxxis20gITLjqM1tWyuExjJxk/0rNs6oMsxxgsHX0retD0XOfrWQikKoHetOAMGC46VFzdNM3YPLM2SMgDj61pIIxEBxuJxn2PFY2nNKCwIBA4/OtONHSMKwDM3IHpihmc9y/iJ5jtGSpxV6NDyw4LD9ap2wMWRLjk9R61uLsYL3wM/XFNRuZNmayY+R8Zz1HT9aR4U6senH4VamjVlBJ57VXERVPnOQe5pNAmZTKqnH6GsLUURcuvU81v3QYyKDxgZzWZcRo6EnH/ANepN4dzJdQQG6BhzUEeVznrRvkJ8ojA9TUUpdenXNVDcqrsTFI7mMxlsH+HvyOlfHnxLFpY+KzOB8shL7eRhsHJz9COK+odZ1B9NsjdJxsZScfWvmn4qSGXxIcEKJPnB7BHwfw719BgXeB8Tm0bVh/h6/aPTLS5JcToOGXpgdm/HtXpnhzRopLmTU2iWN5zvbaMAn6e/WvK/CLa9e28VtakNb4LurjOdzEgj3xivd9LaW1t83HGK8rOq/MvYwZ05NQ5ZOtNehT8WXclppTrb/exivgjX57+41qQXAO5iQPpX3dqFzHcpI0hBAB4NeMaJ4Kh1/xQ1zJGCqniry3AKlBSluzz87xbxE/ZxeiPIdCW00pfPv4yfcivP/iF42hn/wBF0qB3P+ypr9EW+HGiXKiCWIHbxjArNPwY8MxTeb9nA/Cvofax9n7Kx4UMIlLmbPzY8AeJ/GelXoimtJnt5G9D8v8A9avrBrC71WwF20e18Z+or3m68BeHdPiysI/KubuHtrSI2kUe0dAa8jH4GFSPPT3OmdNVI8sj5yuIWRyDxirekatJYXKlTwK6DxNp5jZrqMcdxXmpuNsvJrwFd+7Pc8OcXTlY/QP4Oap/a0iMuOMV9owCaOzIBxhf6V+YXwa8WPpMojU985r6T8Q/Gd9GtsyseRX0uX4qM6aTeqPToXnG58mfta3l0+pLA7fIWNfBUFnIb7bFzur62+M+tXnjMG8WM7QdwNeAeHPDuranqqNZRF9p5IHFc9eo3UaRVrySZ3HhC01GykVnBK16Z9pm/umtqw0sWVusV7H5bgVe8q1rzalS8veR9Vh6DjBKL0P/0ubme3EZwM1ylxIrnaOKrzXszrgcfU/0FYXnuk+GbOfwr5VI+gL8t8bRipbv61zmsTT3cLBmwpH0pNZnMZEoOM1zN3rsaQfJjPqauCuRLRmDopubDUy68hema7PxLLc3mnlEB5XPHrXnFhrYbUvn55616LdX2bUPjIxzitbakX0NHwQlzfWEenRRlobYebNI3AVv4Rz1PtVnxBdTQmOJ23o4MmAOWZTtG76NyBWPpXiV/tNvpVjwHbDIOAQRyTjkn0qSW6tp9YurYAqtpvCZ5JVgCB+ea64HHJanjnxC8Ram9xFfiQ+bbvtiL8ncAuOP5ZrZ0horwW+sXuHuIFLOOwZsEn2Gc/0rzzxNBcTaikRRi6S+Xjj5ucDHqf8APWtvVlvtP06TRdLhkluLggb9p5J64OOQo4+prbyBJ2ueteF9Uk1vUpPs3ywqwUEdCByzfnwPTFfRVhAgjG04xXzx8KvC1zp+nxQXA5CguT/eyTz3/wDrV9P2UIwQo4xmvMxr1R7GXx0bNnTGVbsR55yMV1WQ8ox0rilItpxJ6961odZjN2zSHABzzXnOPY9hTtoekR2o8tXk/AVYjTYuSMHvivJdV+ItpDOAhDJGR/F3ptp8VdJmQ5x+B6Y9aj2MnqjRYiO1z2mHZjOeDWpawlpfnPFeT2Pj/RZtoMy89umfpmuvtvG2iSlY1mUYPQnBNQ6bW6NVXi9md9HGqOypnHP44HWti3iztlcbTtPT6DiuWtNUtJmzFKDn3rsrJo2tmlVs45APp70lEuUtLl4W8EMIaZsc5GKhgRkXYTkgHGe3FOmlThWzntVKa9VY2VAQcYH+8atIlam1GEkgMgIYnv8AQVRmg53MOKLV0htQH6IvI+netGVomXywOdo4PvQ43RLlZnOXY8x1KnpWPMu5dvQk4ArpZYl3At/9es+4jjQBz1GfwrJo6IzSRyk1t8+ehFVZEO7kZNadxNCHJLVUgubS4doA4LAZAB61UU90KVVNWueSfFrUTpHhKS+U4KSJ/OvF/EhOvz2GpQjfHNApJXnAB+b8TwB9a9E/aHLr8P5Vj6iaP+decfCyD+1/D2myT5Is8kA+/T+ZNexRqqjQdSXQ+Xx9P22IVNdT2bw3pttp9mgjj2EgZB69O9XNSv4m/wBHU81n6xqQ0uxaYnnHFeFW3i6e61MseVBrwMBRliq7xFQ9DH144WgqFM91bSzJatz96tLwpp1tpsxcEHdXFw+Ig1sFVsYqW31CQPuU/ka+qufI2u7nv8DRsPN7VSu7/wAxjGh+lc3p+qlLTMrdRVEX/mMWU800Fip4gu9gKq5NeV6xdRrEWwc12GrrcSsWyTzXnWvRS+WRmrFcyJJ4tTtjAeTjBrxDxBayafdmM5A6ivWNIiNtdGWU8d8Uninw7/bSB7QZZRwa8DNMNyP2sUceKw/OuaO5wXgvxBLp17uLdP1r1PVn1DxO0as3yHkj2rw6WwudLkbzVKsvUH2rX0n4lRkppC5EzcdK7eGfZVKko1Thg6iXLE+pbbwJpN34fU5+YLgr+Fd18KPCXhPRIGjvI078nrmvFNAvfFkdj50mdh+6cdq9T8MaZLqUJlZyJOpGa+weAjz80ImqxCt7zJPHug6ZquoAaeAoU9R6Vwf/AAgy/wB7+f8AjXoGq2F1Zk+QSWrBzrn90151XLaUpNyiepSzGpGKSZ//0/naTXY1XEYrnLvV7ppVdRgA/T+dSWdnj5nOP0rSmtrYRk4yf89zXzaSPc1G3Y+16fx1615w9i8jNvJx/nvXfRX8XlmMHpxXB6nfGG4Kqcc/WlT3sE9Vc4TXTNpjebDgAVsaV4mv7u1EUi84rG1Rftb5fn171Zs5YrWHjgV0JdzJ6GnY6jeaffpqAXLI24Z9a7jS7i+1NZdWUhXkOMHHJByQAOcYNeS3+uxRjivc/D2m29l8OE1C8VfMvZd4LdQBxgdzmtIOzM5I8X1/wpPqWredAFHV2d2GxcE5yByD36ivXdM1C61FbfTYArPFEFluMAOwQc9OckcnkZ71wPjOW7hshLbgsygE5zgZ6HH3QR9OK2fgfFe3NxcW9wd8twVK7j2HDH8eK1qbcw6NublZ9OfDzQU0/wAOx3VyPnldjz1Yk5Jx6KMKPpXqHlrFFvH3cVm6rFHpWq2nhuMjbbQjdj1PX9Sa6+xt1kj/AHnPH6V5GJleR7eCj7mhzwRZyVHVeornbvQbq6v9vn+RG2BjHJ/GvUINPRLjcoB3Hn3HpWfrsEdrJGitwTwfb/61c8ZdjplG+5c8P+EPDqSrBdQLJx/EMjP06V2K/DrwXdllewhOR1IP8s4ry6fxhp3hhFm1a4SHdwpySWPsoBJP0FcNL+0VA1xNBo2n3F4IQWdywRFA7nAbH4kU406k/hLlVpU17x694h+CtqhH9g3Qj7+VIAy/gcZFeb6z4D1Cxs/JvkIkQ/KwAYf99A5/PFcvY/tM6jcXMdpJYW8bSHgM5OB7sSAK9I0H4s2+tjy9Ss/lBIYxMWI+qnt9Ca29lUSucvtaUtEzhNE8SS6WFhSRyUO056j0619B+F/HJyLG7ywcDDcHg9enoaS28GeD/FSC7tEXLDO4ACqVx4Zg0K5FpuGAQyn2Fcs5JnVSVtLnqxujM2wkE4/nQiZkhiQE9T+Qrn9Il3XCswznn8K7csEfIAJx09M1KZ2wdtBJLp4ducc965/WPFRszuUjI5wOv/1qsaor+XuTsa851bS9X1BTJAqjHALdPy6fpSWrM5uxS1L4sTWKgtCmWzgkn9OOf1rzrXfjRPCCkR3SEHIXoPU55ziqniL4aajckXuu6vFZRuejsSzD0APJ+gqzotp8J/DjLJqF9HM64IMyOEB7EAjn8c+1dcKUWr2ucM6zva6RkaNL8Q/G10q6ajW9q/LTMrBfwYjB/Ct27+HPjXTb1b201JnEZz8oOc98Dd+hr3vSPFWl6naK+nXMVzAOjRMCB+A6VpTXNrcANGRx2qFWcZWSNVRjKN27nzH8X5L3WPh6RfIY54pELhhjdg46ZPWsD4V2ctjoAaYYBJ2g+gr2/wCIWljUvDM9j3cFlI4wUw3WuB06CJdOENtwFGB+FXjZv2Hs4rc8+kv37qTexm+K7e51CxYQDgV4FZW/2S9aGThge9fSGmaikMzWt5jDcHNeb+OdJtre4+3WeDznitcBanH2aRwY+9STqNiacqSYDHFdxZWcbYOa860S4WYDNeh2jxoPlNd0jzEaNx56JthJNQ2r3UBy+cetIb1Q+WOcelJc6oiwmKIHNCuhsffatEY9pYmvP9avY/KLLVDVr27klIXIrmbxJ3X96SRW0SGilNqL42oeT0xX1Z8HfhtdaxYCe/UvvGQT2r5bsdE1G6dbm2jLBTn64r7Q+EXxSs9EiTS70eW44Iau2nhI1ouNRaMj2vI7o82+MPwug0uN7oxYwDyK/P3TtNji+IUX2blWJGPfNftH8TZ9B8W6GPszAPIpGPU18AP8Dp7LVo9dUHejk8dMVpgMnp4Opz0zjxNRTbklqz6a8MaZZXHhiKCRACFANcT9uufDmqPCBhc/pXY+HrnZpyR9Ox/Cs/xxpkNzCl/H16HFe9iMQnpE82jQtqz0DS/sFzClzKocMM5rY8rSf+eY/KvN/CEN42mGIEny+ldR5F9/dP6157qPojs5Ef/U+UY7mTHyfoKbcTTPGR/OlF1Gi8gVnXN8uCOf5Cvm7numVavKt40ch61meJIVicSg8GmT3/l3KyDjnHH/ANeoPEnm3OnmReSvPFO1mmLpY5C5uYVXIOT/AJ7Vzl1fzvlVqsBLnEpwPSrkaqRhBzXSomDZnW8E1zMok9elfWWo292fCthqG5ViijEECcYBAyzY9TXzPYq63iBOWJ4+tfQ40+/n0u10ixffLvKsWHypwC2Pp6+tNbks5S9eS6Ty4FMnm8YHf/ZA9fQV9G/A/wAFxaTq2byMNMPmlx/CE52Z9F4z/tE1xGj6DYeH0bUbl1SG2BfexwWPqB6enrXsXhnV4vC3w+uvGWqI0bXjiG3UjBCsck/iM5PrTnK6sghGzuylfai954um1BzncSp9ODXr2i3SFM9SRXiDmEyfbLQ5V2Lgn/aJNekeG7uSQK/pxmvKrO+p9FhVyrlPUYIRIglkVgBzx2rkfF86xWouoQxdehKkfnniuxSZfJODx71m3empqC7HCsew25/E88fjXKnZnXKOh8r6v4BvPEl5/ad1PLiTjaDz/iB7Cr0HhXWNH0Sfw9ZxIbW4QqAVxtPXOV/rmvoX+w721xJIqKScHB5P4dBWpa2EbhfMPA7iuhYpx2ZjHDRd1Jbnx34S8EtpXjKPXvFugpq1tDBNGsTMTH5jxkI+BhgUYhhXvfgfw/4LsPCFwmuQ3MOpTTPPD5EXEeeiZZhlfbJr2y00KwEO0znceQcbv06VfubOR1EKqSo5ycD+VaLFNIh5bSvdXPIvDGuTaVqX2m2cRCQ/vIn4AJ7qT3rq/HurXKWMeptwQy4+h7V0cVlCjFLtEcem0Vw3xM1fTI9OGkacnzFlZiOduD2z3rnb55XNnFU1ZG54Z11boo/dRXsR1BpIg7HgDpgV8teCrpkkWOXjNe/212Da8j/9VZ8p1Ulpqak90swEa/ebp9a828a/EG08IW32Isr3kowEUFyo/vMFGfwrr7adI71JnG5VPP0qjrGnaVeTvKka5PfFEEk9TKavLlZ8IfEzxD4pvppZrGeSHemVuHjbcSeoLEfKB2UYFXtE8C+ENQ8Y6Jo8V7Nq0DwxTX5vMRhWMYaUDBGFViQp4J469a+um0WA7keBHVupxVZ/hz4fu7YzSW6BunTH6130sXy7o4q2WKbup2PlP4keHNN8D+IIbn4P381x5YLSwqzMox/Ckh5/DkV9B/CPxhqXizRVudWR4p4yRIsgwx/AV0Vr4Q060lENnBuZRwAOOPU12ej+Fxp1wL2ONSXHJzjB+mKmtXVTRopYZULKm+hj+L7h0urLTVIH2gSBgewK7R+prznw/wCWsD2sp2yqSpB9RWn8T797XxjYRIcYtnJH1cf4VwGo3jxX/wBsi4DferqjTvSueJiZWqtG9qOnZlMgbaa828TXUkURR2zj9a7aW9e6h+VsnFeR+J4NQZyRkisaUov3RVL7lrw/coTwa9FguRtwDXz9ZahNYy/NXqmg69ayhVlIrqvbc45U+sT0mzjglOXAqDUWtLcHFSwy6Y0W9Wwa5zU7i3fKxtmnHXRGbVtzldR1OESHArk73V4zIokOFzVnWbq3gzn865BbG41hisA6V004+9ZkyWl0fc/whj8ManpqRT7ckY7VteOfhTHNm904bWHKstfC+iax4p+Hl0tyC0lvnJHpX278N/jXpviC0S3unDZGCDX1WHnBx9nI8itCSfPE+ffEnibxX4QVLe/DPFE33h6e9e2+F/HWn+IfDQThpMZyOTXpPjTwhoPibSZJ4NrAqTjvXy94T02z8KatLZwnCSkgqf6VPsHz2i9BSrWjzSR6np7Ks0kHY/MKTX7x00tkb681x7+II7XW0RgVRTjPrU/jjWbU6OXicfvCAMdea5sQlG9mOjeWrR6r8JNbtLgtFcYHY1735uj+o/Svi/4evLaBrmMnbjrXqX/CQT/36zjVsipU9T//1fkKWSPoAax7pXx8ny/Wt2VDKflP5VQmtiflIJ+vFfOo9xnB3sBJ35LGtqM/aNP2t3FW7iwkUEkgf596xoS6M0Ipy1QlueT6k32W5aPvmrGnl5GwRVjxJaiK+EjfxVFaOAQI+Sa2i7mTVmeleCPD66tr8KMu4Kd3tntmvqGePSfC2mgXTKqKGkfPGQOrMOy56Dqxrzf4faVLoNkl68Y+2XPy8/8ALNevGeM4/Ks7xbqljqA3akS6CQOYg3D7fuBj12+g4z16U0ruxLdjatro+NbldW1BTHp0bgRQngynPy7vUsxGfy6Cu1+NOqjUNN0XwlbNsjaePeoP3Q2UUfqT9a5Hw8ZLuSGaUBRbxGYqcAAj/AnA+leYeJPFcmu63OfPWKEPA0D5+UJBIAzHAzyCSatRd9BKW1z6mNlFao1rB9yI7AevT/61dT4ZmKAxr1JwKoT6TaaXbNBp+pRatDI29LqDd5Ug7FNwBwOmSBmk0eb7NeAHp2ryZrdM+hoSWjR7bZuroC1bltHEqBHHGenTJ965CyuY2RVzgV01pONgJPHrXJNHqRVzXksvMQ+URg9sZNUYrW6tTtkQuM8EDmtOCUZDMePSr3nLI21Tjvisjo9mt0QWt5bxYGwlug470txf3FxKI4oyuODu7VqW2lNKwkxgDnvipGtIA+9ug7Y4/WrUnsZz02OTulIRpJpNsa8lvWvENU2X95JOBgFsKPYf4mvVfE1400hi6IOw6V51dmO2QyHoMYrWGxyzj1Zl6ChF/gdU5/GvctMiMlkJkyNo4/ya8P8ADE7Nq7SrwK91iW7SyUQuGZuvt9acmdNJaBbO7h8cE+tdDNYw3Nikg+UngH3rA05fnaOT71djpT/uGtm55/Ks5aGclrdHPRWV5aMPMTIHOQMipt0G0K/L/QV18V1FAPLnOPQ054Ld03DBz0OKm5Tu9GjlILOSQl4Tg5znGK2twRFDNuIqtLILaTC55H4VTFwdwYnBI5pwvcboq12fPHxkmC+KLW5PG232/mxrnLa0W4tQJSMsMjPpXD/EPx3aa/8AFa68NPIES2IjRs8MyL8wH0NbazSzKq27cJjH4V9HSjywSZ8VjJc1WTXc9P0H4fS3R3h/lPTmunvfg3c3UJKZPFeD6l8Qte8PRf6Oc4rc8LftKajkW96pB+tEqNH4mjm562yKXib4H65FIWtlP5Vx0Hwq8W2jhvLPHsa+qtP+LEOqIJHTOavXfxI0+3QtJF+lONXDy9xsHDER95I+boPB3iWNNsiNT4/CWub/AN5Exr3GP4w+HDL5UwAP0rs9J+IvhG5wJCn44rqhhadJqopGMsRUqJwcT5Wvvhfreqp+5t2b2qPQvhx4u0a9UCwkZc9hX6KeGfFHguVQwWM/gK39T8YeAbEC4ZUUqc8Cu2pOhWtZ2ZzxdamnpdHx1ffCjWNR0jzr3T5IgRzuWvBrv4O6/oWqLfaSz2+5un8P41+lep/Gv4dGxdILlXZhjy8HNfOHxI+IulrpLz2ABIU7QBzmvUhh4yhzXPK+vVFPlcLFnw/Y3un6ARd3BkkVec9K+UtU1+OHxiQ5yQ+PpXs3gHw/8bviH4Qk1m3s/ItGLBGIILgV8ceKLXXdN8TT2WpIyTxOQw75HWssTO8OWitTbC3lNus9D7NurbQdV0zzo3UuBkt714nfafdy6h5QYsmeK5XwRrWpXl9HZs/7vOCme9fTF14JuYrEXMxAdxkY6V5rctp7noScfsmLoNyun2QiHLdxW3/bH+wKq6Jp9uXxccGur/s7T/auuFO6uckp2Z//1vnZrKBF7Vh3cMcbZLYH5VTvNRu9pINctc3N3Nlcmvmkj3maN9cwKhwRxXCyanCt6FHfitKeCUKWkz+NcBq2pWFpIQWyynoPWtoQctIozlJR1kyx4vTzbcTr/CapaHAbCFb59z3D/wCpjVdxH+0R6emagufFdu9r5FzbiWUchMnHsWx/Kuftb6O3vhqPiC54ZsCGEcn0yTjCj6GuyhhZqPvHNUrxb0PrRZbrS/D7XM+XliijUKfvFn+dyT0+pr511nXp9TCRWcm6WOb99g9RjcTg9uMfQeleq6x4kku9Mv54FKKDCy8Z3IIjwfbPFfMek6sINTuJbsBVlfaSDjgggnHJA960p092ZzkfV17qkdp4IudR80qWt1SJW5dsjqOnfBP04r5/sLt7iw+9vdG2cZwQw5GDz6H6112uX/2/wVbxQNgx70bJ/iQAqCevINcb4duwLZplPlSKfmOcdTtPP5URVlcG7nu/wN+Ims3epp4I1BdttFC7Q7hhlwclfp36V9VxMY7tJAeBX58fDUyeHvivY/a2yLmR4wcgnDjqef51+hYjyAQRwf1ry8bFRnp1Pay6blGz6HoMN1FEkR67+npXbWbxyxAg5Bryq3uRKqb+BHgD3zXoGmzGRk+YAdx2NeZNWPoaLudgsRch2O0j9K2rCD7pJJHQn1NYURMg+XkCultFaFCqnII79qxZ3J6aHWxkRRFUYhcDisvUtxTk5/nipbQSyOXU5wMdM/1qHVf3Efmkgg5GTxjFNMxloeN+J2S3naWYjYvr3rx7U9ZFzL9nibPNVvEviXUPE3iW5tbfK2toxTP95+/5Vn6Ppe3WP3hzkZroitDlnF31PSPC+nMJEJHJ5Jr3a2RltlQL8xHP9K890S0S3wwXkYr0ezkYAdenSlI6qcLJIpNbSW90JVBAPBrq9OSRELJ34xWBIfkYMcn+VbNjOGtUYE9OcVnNbE+ztItXCtLcBMbl5z/ntWkjRiIQQ/Lis9HkdC7Dp09ac9wmzbyCBUGjV9DLugYztOTXI+KNah8PaHd61P8AdtYWkPvtHA/E8V0l5dhX29fU18uftC+L/smixeGIGAk1BiXyeBGvr9TiujD0nOaic2OrexpOZ+c2peItU1XX5/Fk52otwz56fM5ztFfXfw48WWGsaaiNIBOBhgTXxd46mktjFplshjSNiQD1JPVj7n+VdZ4FuDY6a+pXDnbEQAQeuO3519ZKkpRSR+ee0d7s+1/EWmR3Nqxx1FfN2vW02mXPmxZGDXZ2HxIvpNHj1CJBNGflkQnlSPSuQ8QeJNL1q3MsA2P3U1xzoTi9tDaNWL6ne+BPGkiuIJW9q+lNNmi1aAAfNkV+c1p4g/s2+DIcjPNfcXwd8U6bc2qyXrDPua8nG4dwXPFHo4aspPkbOzn8DrM3mKn6VUHgm5DZjXaB616jqfjzQbBCsZXivL9T+J9s7FbUbjXPQ+sVvd6HRUdGlrc7ix0mGwtP3j8gdjXEa5I2Cqu2Pqa5+LxTqOoy4Pyqa7W00kajDlzkmvrso4Y9t79WZ4OYZ4qfuwieZWdpG95lmPXua9c0/RNOvIEWdt+Ox5rk9V8My2ZM0fSk0XVpLWXy3bpX2mDoUcH+6nE+axNariP3kWfqf8OviP4B0zwLaWks8dv9ljEbRHggj0HvXwH8WvDWheKPEWo+JNPjXbO7MmPevGPGfj1IJEt4Gww9DVrSvGctvpoN4+d/avPxcaNGbcGOjCpUSbPDre11Hwx4nidYy0YfJNfaB8cafH4dWCfBO3lieRXkkkFnrf75VBavL/iPo3iBdMf+y2cIy446ivArP2knI9aGiUT2iK5GpKZtOfOfSnfZtX/vGvCfhJ4sns0Flqpw6cHNe/8A/CY6b/eFczm1szblP//X+Mb/AMRadbIWkOfZRk1xN98QLKAFYLcs/bJGP0rz69l1u9l824TyVYZB6DHtWHci3Q7f9YR3PSuGlgIpfvNWdlTGSfwGjrfirxHrRKRYSP8AupwMe561x5t/KbzrqQl89B/jWs1ztjLPx6ADisea4WXgrg967oxUVaKsckpOTvJle4v/ACYTHajZuPOOpPqTXPeXPdzbMkljir8q75NgzXQafpflYYdepPpTTEeneFLx7y0fw4/LzW3lqSeNykbST78j8a8g12xOjaq1mi4LjLseCTnjHsO9bNzdFI5nhO07VwR14YdK7C8m0zxhoTTXTiDVbYIxc9JAVHI9z396wkuV36GqfMrHMeE9a3rJ4c1XJtrnBBBG5HGdp+hzir/9k3S2bCyUyxFiHZeTgH+IdQc9sVwVtFcXl75EJDHPUnb06k9O1d/NPdW0LvuIyv3xxz6DHp61lUsnoa09UUtW1K4s9Q0zxFEMfZJFUnuGUgkH6iv030W6iv7OG5Q5SVFcY9xmvzC027uNUsL/AEWdvNLp5qEjJzFz16525r7i+A/iN9W8FW1rcNumtB5LfRfun8VxXnY6F4qXY9XLZ2m49z3q3iYL5feuotLl1iCqeTzmsm3XegYck1tW1rIJm2D7mAR+Ga8aR9LT907LTHkEYJPI9a63T7jNytpux5gyCegrzW01i1jdrWLLvGcHAPX0rr9Pu2lwJEK49awaOuFQ9I0kSbGWXGVputqk8PlO2MDNZtvqIt0xnLEcCsk3zyyHf3z1oJlK7PBbLw1FBqd5Zw4EnmM+D1O7nNZyLDZaoUmIWVTyD1x616pq+hGe8+2xghgOo9K5geGG1m6IvY8mHO1x1/OuqDvuVOCkr3O20WSGeMFSGA5r1ewsdNltEnkk2HGTXg1tpupaKQihio6HrxXXW95qDxYRGwepwQKcklqVGXMrbHT6g1nCztAflJ49SataU6RQbpOQeQD6Vy1rZzySiSbp6Ct0MQQqjk8VhN3Llvc2muQ2R0rNubsrzuBPU8cGpCQUKOeVrDmYu4Bz78/0qCedWM+aS6eUzPwnYf1r87f2jdUvbrxpLdJIBbQxeUGB5UqfmGPc19/eKNXtdB0e51e8O2O2jaQ/8BHT8TX5D/EvxXea3eJcOzb5HeXOT0fGB+le1lVPmlzHzfEGI9yNP5mTJ4j0rUpVs9aj8xYjtW4U4kUds9mFTarew20cVppEyS2UYP3c7iT1LDA5rzfAI81gAe+O9H9oh3FvGoRAO3Un1NfRKCR8g5XPSLLX7jS4fs0R3Ry/Nj3pV1Um98xWzHJzjuDXJxsWhHtyKjnOydJVOMGrTJOmvoY31GKe34EnBHbNeheHta1CwuUtIHaOvJxOxkgDHoc11Nvqu/cQRvTlTU1KSmrDjNxdz6ismluoA87lifU1vWdkNwJNeX+CZpte01J1kG7oRmvRF0bVol3IWxXluLg7HYpKSPRrC0RQCOtei6XfGzjBzXgkE+uWgBbNaX/CValGu1lr1MFmM6OsWcWIwsam57BrWvrNEYxXk2oXcttG9x0qqmsX92cgVVv7O/1KdLN8nd1Fb1cZWxMkzOFCnRjY82aafWNaEvJRDxXrcFtCtusZ+8oySe1aV74Nj0PSBfMvO3NfOOsePJ7ctas5A3HNc+LU6bSmaUHGorxPbH8X2ujXYijkyc8ntXtWi+ItD8QaaIJ9vmEfnXwFbTX/AIhm8wNsh9T3rvrTxTD4Ut+JcKvVmPNYUq7i7GlSimj1vxN4BJ1Br7S8oT1C965v/hEdf9Xrvfhv48TxiRHAPMXoGr2j7BJ/cpSim7kqo1of/9D8tr69ITNw5b0rnjMkpwi9arapcM2AOMVVtZ2AyOtAGq8YaI5XmsWQIh2sCDWiJ27nimtJE64ZQT0zQBQto45JgADkGt6VjHGVBwT1qlCYoOU6+vWluXa46nFAGTdsSCowd3WsYtJkw7tqHknPC+59R7flW3KgTPesG4BYfJSauFzq/CdhZT3+6FGuHyFXdkbu5IUH+Z6dRXpvizQ1stIF/eyDbnJ29Gdhwqj0GO3b615X8PbyG31T7TdnCR5Z3bnaOhx7npXpPiDVp/GtwssEJjsYMrCjcbm/vE9/6DP1rkqRfPY66clynmehE2+qJOrFV3Y3DuG4P6Gvdf2dfE/9m6zc6HcvhZT0Pt0P9K8NkZYG81MDY3y46f544pmiavJ4b8S2+tryIpPnHqp60VqXtItFUavs5qR+v+hzLIArHoOM+teiWkSZd1GXxkfU14f8O9fstf0yDUICHjlUEEc8ivdrZd8QdentXy1Rcrsz7WlNTipIy9DsYJpnghGNrnLHqTWnq6Xdjqi29kSFRVL+vP8AgKd4XCW+qywjornB/WtzxC5tPEAuH/1c8YUd+R6/hWLfvG1rqwQyG6ZZ4XyAOo6/jVxWjW7jTdzXkfildS0+5S70mdoRJ129Py6c1W8K+JILm88mSciZOWWU4Yn2z1H0rSMdLmdnex7LesyZhU8k4xWro9v8pUjJzya42K9juJXVcZAzuB75rtdFnV4cE5I602bxg+pduLeL7YBjAxVmS2VFGOQahlnTiTHOaJtQiA3Occ4FBryvoQpafxKMqelRNaiN/MB4HWi41IR/NkcdeaxzqxuJGjtiHB5J6gVMiJ8y0ZbuXJzgkt2x6VUjhCgysfYCrseEQs3zFvWsTVNTtdMtJtRvHEcMCF2Y9Ao5JrNO7siE7LU+TP2rviEmiaDB4VtiDNfMHkXP/LJDnB9i3X6V+bM+pz6peSTXRHq3GP5egr2D4seMF+Ivia58QO2zc7RxK3GIkPyj8ev415JcacEgEcO3awJdmIyPUAdT7V9hgaKpU0up8LmWJdeq5Lboc9eXDxxZX7rfdPrVSySSeYACteYxTr5E2FjQcY7GtLTbOO3UOOcjINd6eh5howIfLCd6ZImcA9jTZZ2jl3L1qSWQfePfmgCPd+/3E8ItZx1ByCIz984FUJ7zcXUcKep9hVvTIjIftUowP4R7UJgeo6Fcm3sfK8/yWxkEHBBr2T4TfFm6kuDoWvSiUxttWQ9x718jatcSbSFarXgiYRPJKCd2eDmnOEai5ZIItx1R+venQWOoWwkQKwYZpZPC9lN/yzH5V8ReDvjRrXhl1t7oGeAfmBX2N4D+LPhbxWFhSQRzHqjcGuD6pKL8jodZNGrF4YtbN/MaMADnpSWNrDdaiHiUcnA4r0LWHtpLUQ25BZh2rP8ADmjPDKbhxwOlezgIqEkmedinzJ2E8Z6MtxowgUdFr4F8X+BGluXCL3NfpdeQrPbFHr5l8a6db2dy0xx1rozjD86VWPQyy6rytwZ8dPo+t6fD5NmhOOAK3fDXwg8Q+LLpbnXCzLnIQfdFe3W1zpjSAyBTivbvB+uaRDtiUKDXzak9j15bXG/DX4b2ng5FaOPA7ivac2v/ADzrKudWg8gMhFZX9tR/3qu7OZ6n/9H8gtSBWQoecVnQPhvrVi6eSQls1QjfDZP50AbAcEDNSAA81SGScCn72UZoAsNlDlakDZXNVlmDjjg08N2xj+tADJo2Y70PTtWNckOC0YyR+VbcpaQ+VGMk+lVHjaJSgOM8HB60Actb3MltcPFJ8sbYJwM8/wCTXT3GqTJF9lhm3fLgnrgf3RjgY9BXK3K/vm3DDD9a1bH+zpYfOmjyx6qDgcfTAqWupakXbmcL+5U5CgE57kjrVRHN0WDde1at3f28kKRWltHEAOSMlj9SSayIzslDN0NCXkJvU+p/2aPiCul6pJ4Mv5cLI3mW5bj/AHl/qK/S3SLmKa38sk44PFfh/I0tpdxanYMY5YiHBXggjniv0d+BvxgtvFGlRxXjAXUY2yJnnjvXg5phWn7WJ9Jk+MVvZSPriJvst+LhOckZra8TKt7YdcuvzL9RXL2V7DctlsEGrWoXZSQ85CgnnoK8Jx1R9BfQwpnXULDyZOoAz/SvO9Y8K/a54nUcqeTjmvRQqCSSJBwen1P+FWIbaX5JCMnv71vGVghNxd0eUxadqNrIIIJ3gY8DByPxBrt9Ds/FFtC89tfFwgO7jjIOP516La2Ok6hH5d5GAwwQw7Gt+18O2MbYt5NuR7/Xp061qqq+0etSxlPltJanmtzq3jiONbcBJDnO4dT+hrC1EeMGkD3z+ST0yN7fgD0/KvcpfDEcpVhKq7RgfnmoE8PWkUm65m3/AEo9rHojoWNpRWn5HiWm+Hr/AFK4BupJJQOu88fkMD9K9atbVLGBLSEc8Zq/ItpanybcbTiooF8wGVmyvr71zVJuR5uIrOq79CwzMcgcDpXw5+1r8T47PT4/hrps6xSXWJL2TP3IgeEAHJZvT0r3L41/GXRvhLoBmYrLqM4ItrfPzM399vRF7+vSvx/8QaprfinWJta1Odrie8YvI5GSSTn8B9K9PKsE5y9tLZHzmcZgqcPYQer3C/1yC5Xy1HypwhP3se/rnrWHbXkkMzSB2G7sO9XY9BmjJ8xSu3uSB/M1LBp1qJxDIxkcHPydMe5NfUJHyDdyOPzNQYwqoAHJ/wDrmuy+1JFpaacqKNp3FsfMTjGM+lVuFARRjHpVG4Y7eKoVivJJuOaW8n2wD3FNwAAT1rG1Rbi4ljtocgMOTQDKtvGb24CJnylOWPqa6ea4WOHavGKqIIrOAIOwxXLanqckzeVDQSS3+pxF/LX5ieK6/wAOQm2g3SDG7muT0jQy7C7u+3IFdl57IoCjAFO9gO1gkibriuo0y4axmS7s5MOpyCDg143/AGmA2N4qxDqUmflk/WrU7dCXE+7vAnxmlgu44PEbExcKX64+tfaOi+J9D1iySbSpFZMdjX4tQa1dR8iSvTPBPxY13wrdrJauWTPzJng1cKiWxEqdz9YtRvgsBIr5Q+JmqXMu5I+tcxD+1Norwi31SJo2I5xzUsHifQ/HiNdaXIHHcdx+FTi8bJQsh0MMr3Z5NZPqklwVOa9Z8N2eppIsm4/SoBo4tZd22u80aeNABgV4bn1R38pvX19q0NkBFnOK5r+1fEHvXr+mRxXcQR1yK1/7HtP+eY/Kn7VkciP/0vx2mKsCF4qnGgYE56VbeN1P73kZ6iotpiYYGc9/WgASQg7KnEo6OcEUyVUZfNc4xUAlcL5e3g9zxQBqzW48oSyHbuHBqkkrINu78aqbmbAY9O3apWznNAFlZWUYWnn5utVkNXBFKY/OCnYDt3Y4z1xn6UAc3rFv8vmqOfWsywdFlKuSoIz+VdfdQrPCU71xMubaYHHQ8UAdGkkQ5U5pJBuQtUUdxGwG1ce9WgQ3ToaBXLNtJ5sYB5xWnomtal4X1VNW0lirIQSo6MPSsC3PkS+WehrQdM/NnFTOCmnGWxdOo4NSi9T9Gvhh8ZNO8RWcW6URzEYIb19DXvya0LpCZeGPI9D9K/GrS9YvNCvBd2LEYPzKD1H+NfVXgP4y3MtsIZHMoXAKt1X/AD6185i8C6UuZao+pweYKrGzdpH31b3SyzZz1GSPc13FsitH83O6vnrwb4wsNZiWNHHmHsete7aPqCNEqvyRXnTjY9nDvmRvWtrH5zeZkD+f0rftrV2+6TgdKoWgFzkjA9cn3rajlSIHaDkdfwqLI7VT0LUdu+3DHdTUhAXBA5NS2s/2gb87aSYxfeB6VnKI3Eyb21t3YNjBA618sftDfHqH4P6db6To0S3WrXSs0UZ+5Gv99/x6DvXs3xU+Jeg/DLwlc+KdecBY12xRj70smPlRfr3PYc1+G3xA8fa38QvE9z4m1mQme6boDwq9lX2A4r0stwXtpc81ojws2x/sI+zg/eZY8T+MNc8YaxceJPE9y13dzEfMx4A9AOyjsBUltLctEIkcrHjgLwMGuFZB5IVmxx0HU/XNempFEqQoi4KxIG5/ixzX1MYqKsj4ycnJ80iFYO/WriIqruAwfWnAYFPLA8njFXckhPy9epqlMSTgVZlbHIqiclsH86YDMknAFOnZYgAeo61ZhiAfmuXv4L7Ub90DeXCDjjvTEyne30l1Ibe0+Y9yOgrY0rRkgxNcfMx9asWdhb2abIh+NaYQMuGNBJJNNFCp9ulZEqzXZ64HSrwgjz9aWaWCyiMjcUDKo0+ygXMo5qKxW3up2SJflHcVitNd6xKQmVj7mt+zC2iC3tR9TQBtYt4ITG+MH86r+fLL8luNo9ar4BbdIc1cgDbeBgUCLNhYwCYSzDcwPevZfButRaBeC7tYwueGA715BBIytgVrW988RznFU7SVmLVO6PuLSfEWkeIIBscLJ3UnmujsrPY4MfIr4Zs9SmjlFxHIUYehxXu3g34pCxYW+sEsg/irhqYO3vUzojXvpI+w/DsuzAYV2X2iKvNPC+vaRrEC3FhKrAjsa7LzY/WuGSadmaH/0/yEVuKjaMKT5eMHkis+xvYbiMMrbh61pg8UAUvspZhJNyo6D/61LMmcVdXBOzOBSyRKvIbdn86AMYxnsKcQTWhtB4IqBkwOKAK6Eqcg81KGd2w34GkEe4HHBFKqnkkcigCYRsDtY4rl9ZtSQSh6V1ibtm5uuaq3cIaIk8U0ByWlXUxiMAAynX6V0CP0DVxjn7BqA3cK/eukt3XkqSfr0oaEXZV+dXH41sRx+bEN1ZCnzU21sRSCOFd/BJxSEULi1ZRwOlZkc9xY3AuLVijpzxXWKd/Bqlc28JOXHJpNX0ZUJNO6PXfh58T7UX8VpqL/AGafI2vn5Sfr2NfePhv4jvbRRpfr5n+0p5/EV+Tr6KFCvu+XqxHf0Ar1rwJ8RdT8P3aW+uSmawxgMclo/TnqRXkYvLvtUvuPoMBmtmo1X8/8z9atK8b6ReENDKEb/aB/lXcW2tm5Hmwlnx6A18NaB4ktL6GO8sJVlR+hQ5BFfXPw71m3uNLXecMOMV4coWPqYYp2udf/AGrNawsxQoCecivkv4nftkeCvBzT6ZoKSanqEDMhQZjhVxx8znk4PZR+NfQ3xC11NL0eaRWwVRm69BivwM8SamdR1y6uMkmWd2J+rE125fhI1pNz2R5uZZnUpRtTtqeg/Ef4seNPizq51rxbdeYseRDbp8sUQPZV/mTknua80YgSjFSR8IqelSQ232ibLcIvLH0Ar6SEFBKMUfHVakqknObuze0azhkibULz7kbYC+p7D6etdxZ5kjMsg5PNeZabdSanqPlQ5WBD8qfTufc16pAuyILWjVjG9xq9cUsme1OK45qtMwAoQFd3pq8HOOaN2aeg5wKoCZDtVnPYVmK+TXrfgH4aar8Rpp7DS3EbRJuyRnk9BXj/AIw0nxB4B1uTRvE9s0Lq2FcD5XA7g1Kkr2E11LKmnZJrnoNcsZBkyCo31zzpRBYKZGPfsKok27y/hs03OeewrOS0vNWkE918sXYVGungSfab07nPbsK6G3bfBgcYoAjZY4lEMXCimNLHCmR1qKYAHOaWC0EjB26UgJbVXmbc/StokKtZ6yIsoiSrMzhF3GgCRJggLN+Aq1EWA3tWDayGeYvJ0HQVoS3GW2LxTA1vOLDAPNSC+kYhCeBWTEhPIbDelOjzvy/QVSYmeraJ4p1XQyj6VKyH2PFdd/wtXxp/z8Gvn6bxpZaOdjfOw7DmoP8Ahadp/wA8G/75NVo90TaXRn//1PxBsZBaPiPhT+ldlBdb03PXFeUR1qxb3VzAdsZyvoabEmdkrQyn5G59PersaM2AePeuMSa1uD+8zE3YjpWrBLfRJuhcSqPzpDOk+zqRgc1GLbOc8AVnR6zCp8uYGNv9r/GtOO8SXCE4Pb0oAI4YSQM80/yAgJX9KrvMYSRcJwf4hVRy0f72Mkr1zQBZZXHCjpUBYuPnq5aXkcqYb1rQlt4pI9w70Aed69YiaDKDgc/Q1Q0u9luLcIMZXg59q7qeyzkEZBrzme3bTNRy3+qk61SelgOjWTadxIx7VqxSGRVYdBWIssLjCLnFW4pFRgFHfkVImjpQ6Ku4nAqW3Xzp8yYwwIHoB3zWbHcNPKFjTKil1a8ltoltYQA/WQj07L/jQJGpMsTARRcxr0z39z9apRWbK58s4z27VJYTC5iDrV5Ubd1oKNHQtY1Hw5cCfT5HtpQc5U5Rh6FOh/nX1v8ACP4520GoJp/iFvLaVgqSDhMnpkE/Ln8a+OgBJ1HFR7GD5Q454x7VzV8LCr8S1OvD46rQ0i9Ox+hP7QXjwWHhe48tsGRSARz1Ffkhbss08jPyxOR+Ne1+MfFmv6toQs9QlaRLYYGepHbPrivFtNgaSYADJJrPB4Z0U0zqxmKVdJxNu1t3nnESYz1JPQU7VjHa2ht7Y8Mfmb+8f8K10CQR+VByT1b1/wDrViapE08qJ2rvSPKlI1vCVnsQSt1NejgDIHSsLw/aBYVUjAxXSyRxRkjPPtSbEiCXG01lud1XZH6qvSqeO1NDGon96rCgZFR7sVLFukkCLyTgCmB95fsjaWsVteapIvMrbQfZa+k/iN8JfCXxJ0t9P1m3Ry44bHIPqDXOfArwynh7wNaxyLtkdQzfU817lAnzZzXnzl73MjeK0sfk142/Yj8WaRdvceGHF1b5JCtwwHpnvXgeo+FdS8FXB0zVrV7aVeDvGM/Q96/feG4AOxhmuP8AGXws8H+P7F7XWrRHLDg45HuDWscS1pIh0r7H4SPJ5nIqa2lOCtfbfxM/Yx8RaQz3/geT7RF18mTr+B/xr4617wn4n8J3TWviCyltXU4y6nB+h6V0RmpbMycWtymIQ5zVncAu0Vm291k7SanlmVV45oZJCz+XJv71dMnmx8msVvOmbC9K0re3CgeYeaAH2yHzPl4FXZJY4QWY5NRvII1O2sSeSSUhc8tVICy147Sednaq9TWDf+I5LiQxWhxGvU+tZ2vaiY0+wQHjv71j6anmyLAoJ3HnFMC5bx3FxcmSNfMc1qfY9X/54j8q6H+0NN0JRHbLukx0HJpv/CZXH/PE0Cu+x//V/E1VUnBp7Q46dakliaF/m71OgDjmgDMMWDmnRhg3ykqfWrzwnOQMijyVdc9CKAJvtc6KEulWZfegCDmS0Ywt2DcrSxRh+Gqb7OpUjtQBYs9XyfseophugPXPuKs3Frd6e3mr80LYOPQGsUwNcW7R4+eA5U98VuaZfkR/Zrs5UjAJ/lQBn+YElEiH5G9K3rS5yOTmsHULR7Ofy4zmN+VI6CprW5cgRnGB36U7AdairIMiuY17SRdwHjkCti3mzWipSQYPOaQHkdleCEGOZSXXjFaoka5fKrj1A61d8RaKbWQapZLyD8w9q5a516cnbbRiIYxu6t+fana4Ha27wWJDg5kI+6ein/H+VULqZWfdnJNcbFqLryTWpb3i3EgGelOwHWaUzrcEjgH+ddTu3LkVhWSKqAitONyp2k1IFkAZ54qRtu7chqCSY7l7/WrWB5eT0PagCnfQLd2skBwd6kVwGm6a9nGRL/rn/Qen416CU2tlazpIUEjdOtAm+hz/AJEkfykYqCaDdLGo6k10skKMFpYLOPzlkI+7VXEa9oGt4uKtEE/N3NRdQB0pzsAhFSUVpGAHNVzJzUcrAnFRFjTQExfHAr2D4L+CZfGXji0siuYomEsnpgdB+deUW1ssimRjyOg9a/Sz9lT4dy6Lox8SahHtluwCMjkL2qakuVDirs+mrPT49PgS1jGAgAH4VrwxnOR3q1d2w3Zqq99p+mxGS7mRAOuTiuA6C/Fauz7q2LceWwFeG+Jv2hfhj4NjJ1LUYgy9twz+XWvl/wAWft/eEbBmi8N2kt2w4DAbV/M01TlLZCulufpUsseRvHHvWH4l8M+BfEFk0XiGGB1I534r8WPFv7dHxT1stHo0cVih6Hl2/pXzz4g+OPxX8TFhqmt3JVv4UYoP/HcVrHDy9CXVifo58c/gd8DLKKTUdA1SHTrgZO0Ou0/8BJ/lX523l/plpqUlglwkwjbAdeje4rya5vLy+l8y7leVieS7Fj+tQiNs8V1Qptbswk77HtaXURTMfOaIp98h9q8it7u+tziNzx2rbh1++iGG57k03Ek9FuZxGmB3rnb27a1KL3c81Db69a3JAm+VvesXXph8joe+aYGdet9ovTjqa3bX/RI/Jsxlz1c1zNvJun3vzXVWjkrjoKYGlp+nRKxmnJdj3rX8i29KgtzheKtZ+tUhn//W/F20uBcr9muh+8HQ+tOCPby7DnGane3jbkcHsanRTcpsk++v6igCsxOOOKYoyMCp/LIGGqNBg4oAkSPDZP5VaUMwwD1qL5aeGA60AJDGWnJ7d6sWkIeKp4UGwsKbpzMhZVOOaALaxLIv2Y4I7e1ZDQGKUqeoPNdHEiRtkDk96pyQrnkUAVImINbdrIv8RrJ8hl5XkVJEW3BT2oA6Dy0uF8qU4VuD3rzPW/DRil823+6Sa9FgkyatSwJOmxhn0zTTA8AuNPeM5X8Kor9ptpN4zXrl9oy5wB0rnn0rBIK1dxWMjT/EM8cmLgZUdga6601q2uFAztPvXPTaAVQMveqiaLdId6EjFTYNT0Ey7sAc4q1DIRnJ4qnpOWhUzjkferWaCJ+E61IyIyHOKgktWNwZU7jpUyxsrlSelWGuLe2GZULsenOBQSZ7LiMFuueKltWy22qEt088hLYHPAAq1aq4fcaANVuGyeKpyyKOSakuZti1iPIZG44FNFE24MatQx7zzVOCJnOK1o18teelO4Hpfwu0jQ9T8WW8fiKdIbSI733kAHHbmvunXf2qvhT4GtF0zS7hbhohtCw/N0+nFfkP4j1vzLkwQscLxxXIvdtySetV9XU1eTJ9q46JH6E+Of26Ncv1a38M2giB4DyH+g/xr5N8VfHX4meK2b+09TlVG/gjO0fpzXjrFs5J5pqrv69KapQjshOcpbss3N5c3cnmTsXJ5yxyf1qlkninMRnC1ZSERJ5kvfoKYFdI2Yj3o2HJX04qQgt8xqSNCcg0gGJGCRV1IM8UscWTWjFFg0mwIkt1xk9ae1sP4RVxVzU4RQKQGHNZMy8dazpUnC7WORXWsowax541wQOMelAGZbbQ/rXW2zgYArlrZFExYcY61uxOznCcD1oBnVRTIF61L9oT+9Wfbacj4aZzVz+y7H++fzouK5//1/xoVmH3hg09sgiROorMjv8AY/l3IwRxWrGySLlTmgC8saz4lToarSWcisSgqe3cwSYblWrfQIy8jmgDlhaTseBV2LTZW5krpBGp61KAqigDIW3CLtArIlVrW6DAZB7D1rqyoNYmrQttDqe9AE4uQwHBAFLJnqR1qjbZYLurScZA9qAK6gs2KnaNGUEAA+tQsWx7VLCwIoAfHvQ7jW1EGMaydQelZQyTWrBgxAUAMmhWQbvzrPa1gA3N1rUlDfwng96oPC5GCORQBRMUBBBGKb9liZdoHXvUgXNW7XInXI4oAyoIvKcx4rZtTbx3EZuc+XuG8Dg7c84P0pl/GrJ5sA5BzVIXAeMSOMUAemeJfDNqdFPia3ggsrfzBHCiPlnB9ick+pryu8Qnb3xU6StKys+TjgZ5wKjnYuDgdOc0E2KUMGZK2QFiXNV7YZG6ob2fYmwUAZ93MXfCnio4lOaq7tzda1LdCQKBtlu2TaRmqXiO9TTrNyjckcVoM6xLk15r4tvXlmWDPvVQV2Tc415GdizHJpBgLubk02mEs7bRXQ5CRKitI2KllKx/uk5qQ4tosfxmoIl3He/AFQMkjQInmuKNzSNluaYxLnPbtT1AHWpAsbRgVNGnpSRqxAzVgKO1SFyVcA8VZXmqjNtGat2+6QZxQBOvHWpc0nTimbh60gFkfANZVw3Unmrkrr2rPlOQTTApowzxyTXR2EX8UtYFqoL7jXRWx9aAN9GJFO3L6VHGMgVL5YoA/9D8fLqwt7tDvHPr3rnXsrzT3LQneg/OuuVjnFB8pDumzt/2etAGFbXSXUWP4hXRWE/nRbT94cGufutOMIGo2R45JFEF95U8cy8K/BHvQB2O/nmpj03VVdvl3r61MDlM0ASgAjBrO1RcWw+oq6jEcU6SMS7UboDk/h0/OgDn7WOZF+cAdhWngVPcIgdVTqecVEQO9AELrgetRABeATzUzEDnrioWxmgCeNznBrZtWIAJ5+tYKN81btqpK4HWgCyOZlDcD+dG7IZyeT0/GlcsV+fGc9aqAlX2mgCFogvIpqArjHU8CreN/wAo5NNnfyGVAMFetAFPOzKHpWYQs75JwF7Vddt5Oe9OCKg2gdKBMjVQuNvapGBKkY6inqAOaWRgOe1ArFKP93EQRXPXtx5suM1p6hdGNcJXPlmmfzG6mgRagj5C+tb0KBEyao2kXAJq3Kw6CgChezhVJPSvKdTuGuLtpWOQOBXoGsTiK3Z815fO+4mtYaCZBnI+tWbZAMyP0FVo0aRgo5qzcHYBCnbrTuMjZ2nkz1qVjn90vSmoPKjyerU9dooAUbYxx1qa3haQ+Y3Sm29u0z7j90VdeQfcj4AqWwHAjGAKa0gHfJqJ5f4V61et7NYx5s/J7UhWEt7ZpTul6VpGVI12KKqvKT9zpUW6kMsGTnIpm4moycYzUTSAAmmBK7qAd3WsuaXdwPSmTTNK2BwKhYlcDvQBeshmuhtyB1rBsl+UMxrbils0OXbJoA2Y5BjAqXzPaoYrzTuMA1a+16f6fqaegH//0fyBjkDAFe9WSpniKDrjiuNstS2YR+nrXU2s6tg560AV9On3b7Obhl4xWZNAsN35P8JO7FWtUhktJRqER46GiaZJ1jusdOTQBuWUwmiMZ5K1oK4MeRXG6bdvbylpT/reee3pWrLqqxJsg5Y9+woA1ftAjGD949BV2DJGW71zdlmVt8hyT3rpYsKmRQBVbL3nUYXj8qaWGc06cpGuB949agDdj0oAkAzxULgAEmrOAOpqJ1yKAIYT83Fb9v8A6vjqeM1zy5V8V0Ftnys0ASlRnJ4AqGX5mDLTz70jB8ZFAESTGI7qddsHzK3JOKjZGAy3Q0jENGd3+cUCRk3MjoQy5xUCakGcKFz9a1YnMnyMAQT3qobVFkIAwAaBltc7d7n8KqyyNJ8q0Puz1wtMLqgyooJZg6qsgK+9Ns7dnNbE0LXK5PapoolgWgByqI1wKpzOApzU0s2FwvWsPULk2sDSv+FNIRyHiK9LnyF6CuNIycVeu7lp5C57moraDzHyeAKtAWI0FtCZm6npVRF3sWbkVLO7Sy7VPA6U/Z0jHQcmmAhOcsaI42mYItDEnkDjtU6sIY9q/eND0AsPII1EEfQd6gVSx2ryaau8kKOSa1IUS2XcRljUgOgt47ddzctTnkZj1qKSQtTC4UYoAeSQPpTUbC7jUJbc1QTyFwIk4oESiVpGJB4FQyyl8IOlRNIFGxOp60sacZNAwK46VDIeOOKtsQoxVaVlZjtGB6UAOi8yb90h+Ud62bezVCBUFjCqw7/Wt6NVbB9OKAJ7e1H4Vc+yirdtb4w3UelaHlx/88/8/lTsB//S/ESe1kgG4cgVo6bfsjhJDW7KiSqc1zV7YmM+ZDxQB3Z23dq0XUEVzpXZbCHPQ4qjpurvbttuPu1oSyxzN5q9DQAwRo4GRUjRAjrSBsdKeG5zmgDQ09iHCV0MtwsQAHauWgkKyCRe1bgaO4+cnHrQBA8pdyasRAkcU4QJ94nrVwIgG1BQBCOeBTmAxgUhVs8UN8oz1oAjRAzYPfvWxAoAHaqEKD7xq2GO7FAFo4zwKsogVN5qsCAKOX4HNAC3hJAA6AVRZ1jPOCTWk8LlcHqaxruORZcDoKCSqS0ch2HjNWMiUbjxTfLMqg5H0pZVMa/JQFyGWHf8xOB2qrL5cWEJyT0A61dcGQAg19C/Dnw3oL+DTr9u0RvxLiXzsfKg7DNK9hNnzrDtKcVWnfJwOMV13i+XTz4guH04BY2PReme9cPKGeUimgELqqlj0FeceINUNzKYYj8orf1zU/KU2sJzxya86mcs+KsCNQXbArSkYW0HlJ1brS2kIjUzP26VCB5825xxQAyJPLQyt17CljUlfQt1qWRQ55OBTi8UakA5J4poCJR82SPpTmB38jmmtcJ2XOBTPPG7JXvSbuBbjAjOT1PSpGZ1JZuvpUCXsSEMy9OlQyXe8lu5oAnMpxxyaXJ6tUe8MBt4pGIH3jQOw+SVUHFUmclsKc+9Ru5kO4c09EkAzQFiVSEOW5NTeaMcU1YQBljUojQDPWgCFix6GmbdxxmpGB6UW67pRkdKB2Nq3XbGB2FbdvjG4jIrLiQVu26EACqJNu3B8vK8VN+89TUkMRVM+tS+W392puI//9P8bPOA4qFmz1qqqt2qbBVcmgCu9rE53HiljUIuB0zTyxJqF3wABQBYDYpQxJqr5lSBz2oAuocNVpZDjGapI2QM8VIXNAGlHcSIQc8Vp214rDaTXNc5yDSx7g+5jxQB1y3EO7lsj6VNvjJ+Tke9c4j7sbTWnE7BRgZHr2oA1sgj6UK+CSOtRZO3mo2kx93rQBbEwCiMdR1qe3fL1mqdq4bvTklwfl6igTOnt7pITliC/bI4FUZlTBJ6mqhkKfK33iKjEjA880CZKI4gvy53d6hYqM8A/WkLhQWzVKe5WJdzcUCIrmQRuADTVvp1UrC7ID1AJAP1xWE129xP8vU1et4ZeS9AE2STk1jazfixgzH99+BXQNAUXc1efa5cpcXe5T8kQxn3poDl7yVlB8w5Ynk1Rs4fNfcabcO9zN8v4V0NtaeVEC34mqYGfKcnyhwBUTSQxRhUOaW4l8+Q7OBVSVQOO1ADJJS4A7CoyT0o5J4p+O5oAjOccUw880pbJpueKB2Fpyrk5NNyKmwAMU9xoMdxxTtxzyKcpUfjT/l7fhSaGMCgVMM9DSrgdaeoB5oAeOgxTvmzzTxHu4zjFTpDu5xQTYplA3SpraMK+e5q4tvt7U5YyG2gUDZowKpXJrdiQhgDWTDExwK6eCEKwlbkjtRck0o1+Rc8VLsWlVAQC5xntUvlJ6mgD//U/G5UAGapXBIOBVtnytZsr5NAFZnb7tDvlsDtTGZVyxNVWY/WgC5kd6mjI6is4Pg+9SpKQQe1AGqso6elTxurcVm7uM0JKwOaANYjHIqszyKeKfHJuHNSNHkZoAbFcuOOtX4ruXb5WTtznFZhhK81LExyTQBurdHgHpVxZVbBNYkRDHntV5HKjjrQFzSLoOW701XUnCCqOdwyTUkbMDkUE3NINjANDzEHpVZS2CQeTUbMEX1NAiaSdFJ8zoK5u9nluG2KPlrTZTL8pNWrC1tGu44LmURqzAFz0UepoAo6fZbV3nqauXl5badAZpu1WrwRQ3EkVpJ5kakhXAxkeuK4TVGlvZjEx+ReTQtQG3ut3l9FtQ7FPT1xXJ3khK/Z05J61utAwXIGWPT2FRR2cCEFP3j+varAp6RpTSSh5QQBVjWbqNP9FteneugmLW1rvl644ArkViEsnmtSArwwKke9utZc5G4ita9l2Dy1rJC55qkuoES8DkUjuDwBxUshC/L1qsKY7CNzQqljwKOp4qzGQq+9JIoAm3r1p4TPNJ944p3WmlYBNnrTgpz1pMNjinrnoaAFTAqyoJ5FQAjvVuPOQV5qQJ442rThjBwKrwjua1oF3DAqWwBIN/Br234Y/CBfFJGpa3I0Vu33EXhmHqT6V5voumSX9/Faw9XYCvvjwZoyWVpDAv3UAA/CuHG4h042ierleEjWm5TWiJNN/Zm+H1zCjeVLnHXzDVy8/ZO8OXA3aXPNEfchhX0B4cDPEFzyD3r1C0TonTPpXi/XKq1UmfTxyzDy3gj89da/ZQ8WwgSaJNFcgfwt8jfrkVzf/DMPxQ/59I/+/q/41+rVnAoUBsdOTirvk2/qPyrRZpWSsYSyLDN3s/vP/9k=" alt="Mckinley Black" /></div>
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<script id="address-book-data" type="application/json">[{"id": "mi-1", "name": "Heinrich Haas", "title": "Senior Scientist / R&D", "company": "BioNTech SE", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Pharma / mRNA", "stage": "Not started", "warmth": "Warm", "role_badge": "Champion", "abstract": "Ugur Sahin personally co-authored SAXS study at PETRA III P12. Beamtime is embedded in their R&D pipeline.", "who_to_contact": "Contact Haas as technical champion. Budget holder: Head of Structural Biology / VP R&D.", "website": "https://www.biontech.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=Heinrich+Haas+BioNTech"}, {"id": "mi-2", "name": "Daniel Ritz", "title": "Senior Director of Biology", "company": "Idorsia Pharmaceuticals", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Pharma / Drug Discovery", "stage": "Not started", "warmth": "Warm", "role_badge": "Budget Holder", "abstract": "Used ESRF ID23-1 for COVID drug discovery. Publicly quoted — high-quality named outreach target.", "who_to_contact": "Direct outreach to Ritz. Senior Director = budget authority. Use the ESRF ID23-1 work as the opener.", "website": "https://www.idorsia.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=Daniel+Ritz+Idorsia"}, {"id": "mi-3", "name": "Robert Kin Yip Cheng", "title": "Head of Biochemistry", "company": "leadXpro AG", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Pharma / Membrane Proteins", "stage": "Not started", "warmth": "Warm", "role_badge": "Champion", "abstract": "PSI spin-out. Ran the first-ever industrial serial crystallography on ESRF ID29 (Feb 2026).", "who_to_contact": "Cheng is the right technical entry. Small company — CEO approves budget. Build the case through Cheng first.", "website": "https://www.leadxpro.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=Robert+Cheng+leadXpro"}, {"id": "mi-4", "name": "Helena Kack, Tove Sjogren", "title": "Scientists, Structural Biology (Gothenburg)", "company": "AstraZeneca", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Pharma / Drug Discovery", "stage": "Not started", "warmth": "Pipeline", "role_badge": "Technical", "abstract": "~800 structures/year. May outsource overflow or specialist runs.", "who_to_contact": "Kack and Sjogren are technical users, not buyers. Budget held by Head of Structural Biology or VP Drug Discovery, Gothenburg. Use them as champions.", "website": "https://www.astrazeneca.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=Helena+Käck+AstraZeneca"}, {"id": "mi-5", "name": "Serghei Glinca", "title": "Founder and CEO", "company": "CrystalsFirst", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Pharma / Drug Discovery", "stage": "Not started", "warmth": "Warm", "role_badge": "Budget Holder", "abstract": "Active DESY P11 partnership for fragment-based drug discovery. Potential partner or client.", "who_to_contact": "Founder/CEO = budget holder and decision maker in one. Accessible startup contact. Direct outreach.", "website": "https://crystalsfirst.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=Serghei+Glinca+CrystalsFirst"}, {"id": "mi-6", "name": "", "title": "", "company": "GSK", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Pharma", "stage": "Not started", "warmth": "Pipeline", "role_badge": "Find Contact", "abstract": "Confirmed Diamond Light Source industrial user.", "who_to_contact": "Find Head of Structural Biology or Protein Sciences — that person manages the synchrotron relationship. Budget held by VP Drug Discovery.", "website": "https://www.gsk.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=GSK+structural+biology+synchrotron+Diamond"}, {"id": "mi-7", "name": "David Rugg", "title": "Senior Fellow, Materials", "company": "Rolls-Royce", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Aerospace / Turbines", "stage": "Not started", "warmth": "Warm", "role_badge": "Champion", "abstract": "Used Diamond I12 for Trent 1000 turbofan blade XRD. First industrial user of the JEEP beamline.", "who_to_contact": "Rugg is the champion but not the buyer. Budget held by VP Materials / Director of Advanced Technology. Use Rugg to escalate.", "website": "https://www.rolls-royce.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=David+Rugg+Rolls-Royce+materials"}, {"id": "mi-8", "name": "", "title": "", "company": "GKN Aerospace", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Aerospace / Composites", "stage": "Not started", "warmth": "Warm", "role_badge": "Find Contact", "abstract": "Confirmed DESY PETRA III user. Same data, less friction, faster turnaround.", "who_to_contact": "No named contact yet. Search LinkedIn for Head of Materials Science or Advanced Characterisation. Budget holder: VP Engineering / Director of Materials Technology.", "website": "https://www.gknaerospace.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=GKN+Aerospace+materials+characterisation+synchrotron"}, {"id": "mi-9", "name": "Cecile Weulersse", "title": "Radiation/SEE Test Engineer, 20+ yrs", "company": "Airbus", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Aerospace / Space Systems", "stage": "Not started", "warmth": "Pipeline", "role_badge": "Technical", "abstract": "Used ESRF ID09 for satellite chip radiation/SEE testing.", "who_to_contact": "Weulersse is the technical user, not the buyer. Budget held by Radiation Test Programme Manager or VP Space Systems. Use her as a reference entry point.", "website": "https://www.airbus.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=Cécile+Weulersse+Airbus"}, {"id": "mi-10", "name": "Dr Elizabeth Rowsell OBE", "title": "CTO", "company": "Johnson Matthey", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Energy / Fuel Cells", "stage": "Not started", "warmth": "Warm", "role_badge": "Budget Holder", "abstract": "Drove JM's Diamond I14 investment for platinum group metals and hydrogen fuel cells.", "who_to_contact": "CTO = budget holder. Highest-level warm entry in the dataset. Direct outreach appropriate.", "website": "https://matthey.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=Elizabeth+Rowsell+Johnson+Matthey"}, {"id": "mi-11", "name": "", "title": "", "company": "BASF SE", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Chemicals / Catalysis", "stage": "Not started", "warmth": "Pipeline", "role_badge": "Find Contact", "abstract": "Co-designed ESRF STREAMLINE powder diffraction service. Hinrichsen left to found Momentum Transfer — his replacement holds the relationship.", "who_to_contact": "Find new Head of Advanced Characterisation in Ludwigshafen. Budget held by VP Corporate Research.", "website": "https://www.basf.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=BASF+advanced+characterisation+XRD+Ludwigshafen"}, {"id": "mi-12", "name": "", "title": "", "company": "Siemens Energy", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Energy / Turbines", "stage": "Not started", "warmth": "Pipeline", "role_badge": "Find Contact", "abstract": "Turbine blade and high-temperature alloy characterisation. In-situ strain measurement under service conditions is the key use case.", "who_to_contact": "Find Head of Advanced Materials or VP R&D Turbines. Budget held at VP level.", "website": "https://www.siemens-energy.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=Siemens+Energy+materials+R%26D+characterisation+turbine"}, {"id": "mi-13", "name": "", "title": "", "company": "Topsoe", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Chemicals / Catalysts", "stage": "Not started", "warmth": "Pipeline", "role_badge": "Find Contact", "abstract": "Confirmed DESY PETRA III user for XAS/XRD catalyst characterisation.", "who_to_contact": "Find the person managing external characterisation experiments. Budget held by VP R&D / Head of Catalysis.", "website": "https://www.topsoe.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=Topsoe+catalysis+XAS+XRD+characterisation"}, {"id": "mi-14", "name": "Dr. Mauritz Moller", "title": "Automotive Industry Manager", "company": "TRUMPF", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Automotive / Laser Mfg", "stage": "Not started", "warmth": "Warm", "role_badge": "Champion", "abstract": "Used DESY P07 for in situ X-ray of EV copper welding. Publicly quoted.", "who_to_contact": "Moller is the right first contact. Budget held by VP Advanced Manufacturing R&D. Use Moller to reach the buyer.", "website": "https://www.trumpf.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=Mauritz+Möller+TRUMPF"}, {"id": "mi-15", "name": "", "title": "", "company": "BMW Group", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Automotive / Battery", "stage": "Not started", "warmth": "Pipeline", "role_badge": "Find Contact", "abstract": "Known synchrotron user for battery cell and lightweight materials research.", "who_to_contact": "Find Head of Battery Cell Characterisation or Materials R&D. Budget held by VP Battery Technology.", "website": "https://www.bmwgroup.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=BMW+Group+battery+cell+materials+characterisation"}, {"id": "mi-16", "name": "Philipp Hans", "title": "Researcher, Materials Physics", "company": "STMicroelectronics", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Semiconductors", "stage": "Not started", "warmth": "Pipeline", "role_badge": "Technical", "abstract": "3 published ESRF ID01 studies (2022–2025) on phase-change memory. Active and recurring beamtime user.", "who_to_contact": "Hans is the user, not the buyer. Budget held by Director of Advanced Characterisation or VP R&D. Reach Hans first, then escalate to his department head.", "website": "https://www.st.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=Philipp+Hans+STMicroelectronics"}, {"id": "mi-17", "name": "Thomas Blatt", "title": "Principal Scientist; DESY Foundation Council", "company": "Beiersdorf AG", "category": "Lead", "source": "Marketing Intelligence", "vertical": "Consumer / Cosmetics", "stage": "Not started", "warmth": "Warm", "role_badge": "Champion", "abstract": "Used PETRA III P06 XRF. On DESY Foundation Council — best-connected warm lead in Hamburg.", "who_to_contact": "Blatt can champion internally. Budget holder: VP R&D / Head of Advanced Analytics.", "website": "https://www.beiersdorf.com/", "linkedin": "https://www.linkedin.com/search/results/people/?keywords=Thomas+Blatt+Beiersdorf"}, {"id": "boss-1", "name": "Sabine E. Herlitschka", "title": "CEO, Infineon Technologies Austria AG (Villach)", "company": "Infineon Technologies", "category": "Lead", "source": "Outreach", "vertical": "Power Electronics (Devices) — SiC/GaN Power, CoolSiC Series", "region": "DE", "stage": "Not started", "warmth": "", "abstract": "Infineon runs extensive AEC-Q101/AEC-Q101+ automotive qualification across CoolSiC generations, and Villach's new EPI Competence Center (2023) means active R&D into next-generation wafer/epitaxy defects at exactly the site tied to this target.", "search_term": "Infineon Technologies reliability engineer", "notes": "Important distinction: Jochen Hanebeck is CEO of the GLOBAL PARENT (Infineon Technologies AG). Sabine Herlitschka is CEO of the AUSTRIA SUBSIDIARY (Infineon Technologies Austria AG) specifically, headquartered at the Villach site — Infineon's actual global center of expertise for SiC/GaN power semiconductors, matching this entry's Focus exactly. She is already a confirmed 2nd-degree LinkedIn follower of TXproducts (followed July 2026, not yet contacted per the Follower Directory) — by far the strongest, most verified contact found of any company researched so far, since this is a real existing connection rather than a cold search result.", "source_ref": "Yole Group Power SiC/GaN Market Monitor", "website": "https://www.infineon.com/", "linkedin": "https://www.linkedin.com/in/sabine-herlitschka/", "desc": "German semiconductor company (Neubiberg, near Munich) — global leader in power semiconductors, automotive chips, and connected secure systems, organized into Automotive, Green Industrial Power, Power & Sensor Systems, and Connected Secure Systems divisions. Its CoolSiC and CoolGaN product lines are among the industry's leading wide-bandgap power semiconductor families.", "founded": "1999", "ceo": "Jochen Hanebeck", "leadership": [{"name": "Sabine E. Herlitschka", "title": "CEO, Infineon Technologies Austria AG (Villach)", "url": "https://www.linkedin.com/in/sabine-herlitschka/"}], "employees": "57,077 (2025, company-reported)", "revenue": "EUR 14.662 billion (fiscal year 2025, company-reported)", "ownership": "Public, German stock corporation (AG), listed on Frankfurt Stock Exchange", "target_verticals": ["Automotive/EV", "Green Industrial Power", "AI data centers", "robotics", "renewable energy", "connected secure systems"], "differentiators": ["Third-generation CoolSiC MOSFETs (2025): 16 mOhm at 1200V, switching frequencies up to 200 kHz", "CoolGaN 650V G5 generation with monolithically integrated Schottky diode — 15% lower losses, >10% lower device temperature", "Villach, Austria site is Infineon's global center of expertise for power semiconductors — EUR1.6B 300mm SiC/GaN fab opened 2021", "Global EPI Competence Center launched at Villach (2023) for SiC/GaN epitaxy R&D, focused on largest-achievable wafer diameters", "2,265+ patents across three CoolSiC generations (per Patsnap patent analysis)"], "partnership_angle": ["Infineon runs extensive AEC-Q101/AEC-Q101+ automotive qualification across CoolSiC generations, and Villach's new EPI Competence Center (2023) means active R&D into next-generation wafer/epitaxy defects at exactly the site tied to this target.", "TXproducts' non-destructive synchrotron imaging could offer higher-resolution complementary characterization for epitaxial defect analysis and die/package qualification beyond conventional in-house X-ray — especially relevant as the newly-ramping 3rd-gen CoolSiC and CoolGaN G5 lines need fast qualification cycles.", "The strongest angle here isn't technical — it's that the CEO of the exact business unit tied to this focus area (Infineon Technologies Austria AG, Villach) is already a warm, 2nd-degree LinkedIn connection who follows TXproducts and hasn't been contacted yet."], "fit_rating": "Strong", "history": [{"date": "1999", "text": "Spun off from Siemens AG as an independent semiconductor company, HQ Neubiberg, Germany"}, {"date": "2017", "text": "First-generation 1200V CoolSiC MOSFET launched"}, {"date": "2020", "text": "Second-generation CoolSiC launched, ~30% lower RDS(on)"}, {"date": "2021", "text": "EUR1.6B 300mm power semiconductor fab opened in Villach, Austria, 3 months ahead of schedule"}, {"date": "2023", "text": "Global EPI Competence Center launched at Villach for SiC/GaN epitaxy"}, {"date": "2025", "text": "Third-generation CoolSiC MOSFETs launched (16 mOhm at 1200V, up to 200kHz)"}], "recent_activity": [{"date": "Feb 2026", "text": "Published \"GaN Insights 2026\" report; announced CoolGaN 650V G5 generation (press release)"}, {"date": "May 2026", "text": "Showcased power/AI-data-center/robotics/e-mobility portfolio at PCIM Europe 2026 (press/independent-news)"}, {"date": "Aug 2026", "text": "Announced collaboration with LS ELECTRIC on high-efficiency DC power for AI data centers (press release)"}], "certifications": ["ISO 9001 — certified worldwide, covers all production sites", "IATF 16949 — certified worldwide, covers production sites, HQ, automotive design centers, and sales regions", "AS 9100"], "sources": [{"label": "en.wikipedia.org/wiki/Infineon_Technologies", "url": "https://en.wikipedia.org/wiki/Infineon_Technologies"}, {"label": "en.wikipedia.org/wiki/Infineon_Technologies_Austria", "url": "https://en.wikipedia.org/wiki/Infineon_Technologies_Austria"}, {"label": "vindobona.org Villach fab opening", "url": "https://www.vindobona.org/article/infineon-opened-euro-1-6-billion-high-tech-chip-factory-in-villach"}, {"label": "eetimes.eu Villach fab", "url": "https://www.eetimes.eu/infineon-opens-e1-6bn-300mm-fab-in-villach-ahead-of-schedule/"}, {"label": "infineon.com quality certifications", "url": "https://www.infineon.com/quality/certifications-and-standards"}, {"label": "semiconductor-today.com GaN Insights 2026", "url": "https://www.semiconductor-today.com/news_items/2026/feb/infineon-100226.shtml"}, {"label": "infineon.com LS ELECTRIC collaboration", "url": "https://www.infineon.com/market-news/2026/infxx202605-090"}], "company_linkedin": "https://www.linkedin.com/company/infineon-technologies/", "already_follows": true}, {"id": "boss-2", "name": "", "title": "", "company": "Wolfspeed", "category": "Lead", "source": "Outreach", "vertical": "Power Electronics (Devices) — SiC Substrates & Devices", "region": "US", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "Wolfspeed quality reliability", "notes": "", "source_ref": "Yole Group Power SiC/GaN Market Monitor", "website": "", "linkedin": ""}, {"id": "boss-3", "name": "", "title": "", "company": "onsemi", "category": "Lead", "source": "Outreach", "vertical": "Power Electronics (Devices) — SiC Power", "region": "US", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "onsemi SiC reliability", "notes": "", "source_ref": "Yole Group Power SiC/GaN Market Monitor", "website": "", "linkedin": ""}, {"id": "boss-4", "name": "", "title": "", "company": "STMicroelectronics", "category": "Lead", "source": "Outreach", "vertical": "Power Electronics (Devices) — SiC/GaN Power", "region": "CH/FR/IT", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "STMicroelectronics power reliability", "notes": "", "source_ref": "Yole Group Power SiC/GaN Market Monitor", "website": "", "linkedin": ""}, {"id": "boss-5", "name": "", "title": "", "company": "ROHM", "category": "Lead", "source": "Outreach", "vertical": "Power Electronics (Devices) — SiC Power", "region": "JP", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "ROHM SiC reliability engineer", "notes": "", "source_ref": "Yole Group Power SiC/GaN Market Monitor", "website": "", "linkedin": ""}, {"id": "boss-6", "name": "", "title": "", "company": "Renesas", "category": "Lead", "source": "Outreach", "vertical": "Power Electronics (Devices) — GaN/SiC Power", "region": "JP", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "Renesas power semiconductor reliability", "notes": "", "source_ref": "Yole Group Power SiC/GaN Market Monitor", "website": "", "linkedin": ""}, {"id": "boss-7", "name": "Bhavesh Patel", "title": "Senior Manager, Reliability Engineering", "company": "Power Integrations", "category": "Lead", "source": "Outreach", "vertical": "Power Electronics (Devices) — GaN Power ICs", "region": "US", "stage": "Not started", "warmth": "", "abstract": "POWI qualifies automotive parts under AEC-Q100/Q101 and claims full in-house PowiGaN manufacturing control for reliability, but shows no visible in-house non-destructive imaging for die-attach/solder/package interconnects. Synchrotron 3D imaging could complement AEC-Q qualification and FA via non-destructive root-cause investigation (voiding, wire-bond/die-attach cracking, delamination) ahead of/instead of destructive cross-sectioning - valuable for scarce qualification samples or field-return failures.", "search_term": "Power Integrations reliability", "notes": "SEC EDGAR direct fetch blocked (403), 10-K figures via secondary summaries matching press release. Employee count discrepancy (865 vs 877) unresolved. No corporate ISO 9001/IATF 16949 found (absence of evidence, not evidence of absence). Could not confirm if X-ray/DPA explicitly named in their test methodology docs.", "source_ref": "Yole Group Power SiC/GaN Market Monitor", "website": "", "linkedin": "https://www.linkedin.com/in/bhavesh-patel-03bb5b4/", "desc": "Designs/manufactures high-voltage ICs and GaN devices for power conversion, primarily AC-DC and DC-DC power supplies, across consumer electronics, appliances, industrial, renewable energy, automotive. NASDAQ: POWI.", "founded": "1988 by Klas Eklund, Art Fury, Steve Sharp; first product (TOPSwitch) 1994", "ceo": "Dr. Jennifer A. Lloyd, President & CEO since July 2025, succeeding Balu Balakrishnan", "leadership": [{"name": "Nancy Erba", "title": "CFO"}, {"name": "Mike Balow", "title": "Sr VP Worldwide Sales"}, {"name": "Julie Currie", "title": "Chief People/Transformation Officer"}, {"name": "Sunny Gupta", "title": "Sr VP Operations"}, {"name": "Andrew Hughes", "title": "General Counsel"}, {"name": "Chris Jacobs", "title": "Sr VP Marketing/Product Strategy (all primary source, investors.power.com)"}], "employees": "~865-877 (discrepancy: 10-K summary says 865 as of Dec 31 2025; power.com company page says 877)", "revenue": "FY2025 $443.5M (up 6% YoY); FY2024 $418.97M; FY2023 $444.54M (company press release/investors site, cross-checked)", "ownership": "Public, NASDAQ:POWI, IPO Dec 1997", "target_verticals": ["Appliances/consumer electronics", "mobile/computers", "renewable energy", "industrial motors", "automotive (EV traction inverters", "OBC)", "LED lighting", "data centers", "comms", "power transmission/rail"], "differentiators": ["PowiGaN patented GaN tech with full in-house manufacturing control", "InnoSwitch/TOPSwitch integrated IC families", "industry-first 1700V GaN (2024) and world's first 2200V GaN (Aug 2026)", "automotive-qualified InnoSwitch3-AQ/LinkSwitch-TN2Q (AEC-Q100), Qspeed diodes (AEC-Q101), SCALE EV gate-driver (ASIL B)"], "partnership_angle": ["POWI qualifies automotive parts under AEC-Q100/Q101 and claims full in-house PowiGaN manufacturing control for reliability, but shows no visible in-house non-destructive imaging for die-attach/solder/package interconnects. Synchrotron 3D imaging could complement AEC-Q qualification and FA via non-destructive root-cause investigation (voiding, wire-bond/die-attach cracking, delamination) ahead of/instead of destructive cross-sectioning - valuable for scarce qualification samples or field-return failures."], "fit_rating": "Moderate", "history": [{"date": "1988", "text": "Founded"}, {"date": "1994", "text": "TOPSwitch launched"}, {"date": "1997", "text": "NASDAQ IPO"}, {"date": "2021", "text": "Surpassed $500M revenue"}, {"date": "2022", "text": "Automotive-qualified SiC MOSFET ICs"}, {"date": "2024", "text": "Industry-first 1700V GaN"}, {"date": "", "text": "Jul 2025: Lloyd succeeds Balakrishnan as CEO"}, {"date": "", "text": "Aug 2026: World's first 2200V GaN demoed"}], "recent_activity": [{"date": "", "text": "Aug 2026 (press/independent-news): Q2 2026 earnings, margin expansion"}, {"date": "", "text": "Aug 2026 (press): 2200V GaN demo for AI data centers/EV/PV/BESS/HVDC, dev starting 2027, GA end 2028"}, {"date": "", "text": "Mar 2026 (independent-news): 440W TOPSwitchGaN launch, stock +7.3%"}, {"date": "", "text": "Jan 2026 (press): Chris Jacobs named SVP Marketing"}, {"date": "", "text": "May 2026 (press): Mike Balow named SVP Sales"}, {"date": "", "text": "Jul 2026 (news/filing): CEO Lloyd sold ~$936K stock, reported routine/tax-related"}], "certifications": ["AEC-Q100/Q101 on specific product lines", "ASIL B (ISO 26262) on SCALE EV gate-driver", "IEC60664-1, VDE0884-10, CTI 600. No ISO 9001/IATF 16949 corporate cert found."], "sources": [{"label": "power.com", "url": "https://power.com/company"}, {"label": "executive-management", "url": "https://investors.power.com"}, {"label": "automotive-solutions/automotive-qualification", "url": "https://power.com"}, {"label": "stockanalysis.com", "url": "https://stockanalysis.com"}, {"label": "Q4/FY results", "url": "https://investors.power.com"}, {"label": "2200V GaN release", "url": "https://morningstar.com"}, {"label": "CEO succession", "url": "https://powerelectronicsnews.com"}, {"label": "Lloyd CEO announcement", "url": "https://ieee-pels.org"}, {"label": "semiconductor-today.com", "url": "https://semiconductor-today.com"}, {"label": "linkedin.com", "url": "https://linkedin.com/in/bhavesh-patel-03bb5b4/"}]}, {"id": "boss-8", "name": "Anthony Schiro", "title": "VP Quality & Sustainability", "company": "Navitas Semiconductor", "category": "Lead", "source": "Outreach", "vertical": "Power Electronics (Devices) — GaN Power", "region": "US", "stage": "Not started", "warmth": "", "abstract": "Navitas stakes its differentiation on reliability data (7-yr field report, AEC-Q100/101, self-defined \"AEC-Plus\" extended/dynamic HTRB/HTGB stress testing), with a named VP Quality (Anthony Schiro) publishing on methodology. That qualification regime consumes small expensive lots of automotive/data-center grade parts in destructive DPA/cross-sectioning. TXproducts' non-destructive synchrotron imaging could let Navitas detect voids/cracks in die-attach and package interconnects (even in-situ during thermal cycling) without consuming the same qualification-lot samples - complementing, not replacing, their existing X-ray/DPA workflow. Timely given simultaneous automotive AEC-Plus push and Nvidia data-center collaboration.", "search_term": "Navitas Semiconductor reliability", "notes": "SEC EDGAR and navitassemi.com Quality page both blocked to fetch tool, so employee count/certs/revenue detail rely on secondary aggregation, not primary filing text. Employee count inconsistent (300 self-reported vs ~190 aggregator est.) - plausibly a 2024 workforce reduction, not confirmed. Gene Sheridan's post-CEO board status unconfirmed. CEO/contact LinkedIn URLs not found - manual search recommended.", "source_ref": "Yole Group Power SiC/GaN Market Monitor; Metoree GaN Rankings 2026", "website": "", "linkedin": "", "desc": "Public (Nasdaq: NVTS) power semiconductor company making GaN power ICs (GaNFast, GaNSense, GaNSafe) integrating switching+drive+control+sensing+protection on one chip, plus SiC discretes (650V-6500V) via GeneSiC. Targets AI data center power, EV/automotive, solar/energy storage, industrial, and fast chargers.", "founded": "2014, El Segundo/Torrance, CA, by Gene Sheridan and Dan Kinzer (ex-International Rectifier)", "ceo": "Chris Allexandre, President & CEO, effective Sept 1 2025 (succeeded co-founder Gene Sheridan); previously ran Renesas' Power Division", "leadership": [{"name": "Dan Kinzer", "title": "Co-founder, COO/CTO, Director"}, {"name": "Gene Sheridan", "title": "Co-founder, former CEO (stepped down Sept 2025)"}, {"name": "Richard Hendrix", "title": "Board Chairman"}, {"name": "Anthony Schiro", "title": "VP Quality & Sustainability"}, {"name": "Paul Wheeler", "title": "VP & GM SiC BU"}], "employees": "~300 self-reported (Feb 2024); aggregator estimates ~190-192 (2025/26, Tracxn/PitchBook) - consistent with disclosed FY2024 workforce reduction. Not independently confirmed.", "revenue": "FY2022 $37.9M; FY2023 $79.5M; FY2024 ~$83.3M; FY2025 ~$45.9M (down ~44.9% YoY) - StockTitan aggregation of SEC data, not independently verified (SEC EDGAR direct fetch blocked 403)", "ownership": "Publicly traded Nasdaq:NVTS, went public via SPAC merger with Live Oak Acquisition Corp II (2021, >$1B valuation)", "target_verticals": ["AI/data center power", "automotive/EV", "solar/energy storage", "industrial electrification", "mobile/consumer fast chargers"], "differentiators": ["GaNFast integrated power ICs", "GaNSafe short-circuit protection (350ns) + 2kV ESD", "GeneSiC trench-assisted planar SiC tech", "\"AEC-Plus\" self-defined qualification standard beyond AEC-Q101/JEDEC", "7-year reliability report (>250M units shipped, >2 trillion field device hours, ~100ppb failure rate, self-reported)", "first semiconductor co. CarbonNeutral certified", "Nvidia 800V HVDC data-center partnership"], "partnership_angle": ["Navitas stakes its differentiation on reliability data (7-yr field report, AEC-Q100/101, self-defined \"AEC-Plus\" extended/dynamic HTRB/HTGB stress testing), with a named VP Quality (Anthony Schiro) publishing on methodology. That qualification regime consumes small expensive lots of automotive/data-center grade parts in destructive DPA/cross-sectioning. TXproducts' non-destructive synchrotron imaging could let Navitas detect voids/cracks in die-attach and package interconnects (even in-situ during thermal cycling) without consuming the same qualification-lot samples - complementing, not replacing, their existing X-ray/DPA workflow. Timely given simultaneous automotive AEC-Plus push and Nvidia data-center collaboration."], "fit_rating": "Strong", "history": [{"date": "2014", "text": "Founded"}, {"date": "2021", "text": "SPAC merger, Nasdaq listing"}, {"date": "2022", "text": "Acquired GeneSiC (~$100M) for SiC"}, {"date": "2023", "text": "Shipped >100M GaN devices, Forbes/Deloitte recognition"}, {"date": "2024", "text": "10-year anniversary, ~300 employees, CarbonNeutral cert"}, {"date": "", "text": "Apr-May 2025: GaNSafe AEC-Q100/101 then \"AEC-Plus\" SiC MOSFETs"}, {"date": "", "text": "May 2025: Nvidia 800V HVDC collaboration"}, {"date": "", "text": "Sept 2025: Chris Allexandre named CEO"}], "recent_activity": [{"date": "", "text": "Apr 2025 (press): GaNSafe AEC-Q100/101 qualification"}, {"date": "", "text": "May 2025 (press): AEC-Plus SiC MOSFETs"}, {"date": "", "text": "May 2025 (press): Nvidia 800V HVDC collaboration"}, {"date": "", "text": "Sept 2025 (press/news): CEO transition to Allexandre"}, {"date": "", "text": "Jul 2026 (self-reported): Q2 2026 results, FY2025 revenue down ~44.9% YoY (secondary source, not independently verified)"}], "certifications": ["CarbonNeutral certified (Climate Impact Partners, self-reported)", "AEC-Q100/AEC-Q101 (GaNSafe, Apr 2025)", "\"AEC-Plus\" company-defined benchmark (May 2025)", "ISO 9001/IATF 16949 not found (Quality page blocked to fetch)"], "sources": [{"label": "CEO announcement", "url": "https://navitassemi.com"}, {"label": "electronicsweekly.com", "url": "https://electronicsweekly.com"}, {"label": "x2", "url": "https://semiconductor-today.com"}, {"label": "GeneSiC acquisition", "url": "https://eepower.com"}, {"label": "AEC-Plus press release", "url": "https://globenewswire.com"}, {"label": "AEC-Q100/101", "url": "https://compoundsemiconductor.net"}, {"label": "Nvidia release", "url": "https://ir.navitassemi.com"}, {"label": "financials (aggregator", "url": "https://stocktitan.net"}]}, {"id": "boss-9", "name": "Bel Lazar", "title": "COO, Efficient Power Conversion Corporation / CEO, EPC Space", "company": "EPC (Efficient Power Conversion)", "category": "Lead", "source": "Outreach", "vertical": "Power Electronics (Devices) — GaN FETs", "region": "US", "stage": "Not started", "warmth": "", "abstract": "EPC already runs and PUBLICLY DOCUMENTS an extensive multi-phase reliability/qualification testing regime, and EPC Space's new JANS MIL-PRF-19500 cert for rad-hard GaN HEMTs means it now operates under defense-grade standards that typically demand destructive physical analysis (decapsulation, cross-sectioning, wire-bond pull tests). Since EPC Space parts are low-volume, expensive, rad-hardened space-grade devices, every unit destroyed for cross-sectional inspection is a costly loss of qualification/flight-lot material. TXproducts' non-destructive synchrotron imaging could inspect die-attach voiding, wire-bond integrity, and package/solder cracking at higher resolution than conventional X-ray while PRESERVING the sample for continued life-testing or flight use - complementing their existing DPA/X-ray workflow referenced in their own reliability reports.", "search_term": "EPC GaN reliability engineer", "notes": "epc-co.com's own site (homepage, About, Quality Certificates) consistently returned 403 to fetch tool - several claims rest on secondary sources, recommend manual browser check before finalizing pitch. Employee/revenue figures are aggregator-estimate-only, wide range, no primary figure found. \"$7.5M raised\" funding claim looks unreliable/possibly wrong entity - don't use in outreach. Robert Beach/Joe Cao current status at EPC unconfirmed (only founder status documented). No named Quality/Reliability/Test Engineering contact BELOW COO level found - Bel Lazar is senior but best-documented target given his 22-yr Intl Rectifier \"High Reliability business unit\" background; a mid-level contact would need manual LinkedIn search (not completed, search budget exhausted). AS9100 status genuinely unconfirmed, don't assume absence.", "source_ref": "Yole Group Power SiC/GaN Market Monitor", "website": "", "linkedin": "https://www.linkedin.com/in/bel-lazar/", "desc": "Designs/manufactures enhancement-mode gallium nitride (eGaN) FETs and ICs replacing silicon power MOSFETs - higher efficiency, smaller size, higher switching frequency for DC-DC conversion, motor drives, lidar, wireless power, RF. Via EPC Space JV (with VPT), also produces radiation-hardened GaN power devices for satellites/defense. HQ El Segundo, CA; privately held.", "founded": "2007, by Alex Lidow, Robert Beach, Joe Cao (Wikipedia, corroborated; epc-co.com About page blocked/403)", "ceo": "Alex Lidow (co-founder, CEO since 2007; previously CEO of International Rectifier 12 yrs, co-inventor of HEXFET MOSFET 1978)", "leadership": [{"name": "Robert Beach", "title": "co-founder (current role unconfirmed)"}, {"name": "Joe Cao", "title": "co-founder (current role unconfirmed)"}, {"name": "Bel Lazar", "title": "COO of EPC AND CEO of EPC Space (30+ yrs semiconductor/aerospace/defense, ex-President/CEO API Technologies, ex-SVP Microsemi, 22 yrs at Intl Rectifier VP/GM High Reliability BU)"}, {"name": "Maurizio Salato", "title": "VP Engineering, EPC Space"}, {"name": "Sean Morrison", "title": "VP BD, EPC Space"}], "employees": "Not found on primary source (site blocked 403). Aggregator estimates vary: ZoomInfo 51-200, Explorium 129, RocketReach 107. Unconfirmed, rough 100-200 range.", "revenue": "Not found, private company no filings. One low-quality aggregator claim ($7.5M raised, \"Polo Tecnologico di Pavia\" investor) looks unreliable/possibly wrong entity - do not use.", "ownership": "Private, founder-led (Alex Lidow CEO). EPC Space = JV with VPT (~2020). No confirmed outside/VC ownership.", "target_verticals": ["Automotive/EV", "consumer electronics", "data center/telecom power", "lidar/autonomous vehicles", "wireless power", "RF/envelope tracking", "Class-D audio", "medical", "robotics/drones", "satellites/space", "avionics", "defense (via EPC Space)"], "differentiators": ["eGaN tech multiples-better than silicon MOSFETs in size/efficiency/switching freq", "extensive PUBLISHED multi-phase reliability testing program (public \"Reliability Report Phase 7/8/9/10/17...\" + per-part Qualification Reports on epc-co.com) - unusually transparent for a component maker", "ISO 9001 certified (GaN power transistors/power mgmt devices, cert# unconfirmed - site blocked)", "EPC Space achieved JANS MIL-PRF-19500 certification (Dec 2024) for GaN HEMTs at Andover MA + Taiwan fab - claimed world-first for GaN (corroborated independent trade press)", "rad-hard GaN FETs (EPC7001/EPC7002, Sept 2023) rated >1000 kilorads TID + SEE immunity LET 83.7 MeV/mg/cm^2"], "partnership_angle": ["EPC already runs and PUBLICLY DOCUMENTS an extensive multi-phase reliability/qualification testing regime, and EPC Space's new JANS MIL-PRF-19500 cert for rad-hard GaN HEMTs means it now operates under defense-grade standards that typically demand destructive physical analysis (decapsulation, cross-sectioning, wire-bond pull tests). Since EPC Space parts are low-volume, expensive, rad-hardened space-grade devices, every unit destroyed for cross-sectional inspection is a costly loss of qualification/flight-lot material. TXproducts' non-destructive synchrotron imaging could inspect die-attach voiding, wire-bond integrity, and package/solder cracking at higher resolution than conventional X-ray while PRESERVING the sample for continued life-testing or flight use - complementing their existing DPA/X-ray workflow referenced in their own reliability reports."], "fit_rating": "Moderate", "history": [{"date": "2007", "text": "Founded by Lidow/Beach/Cao after Lidow's Intl Rectifier CEO tenure"}, {"date": "", "text": "~2020: EPC Space JV formed with VPT"}, {"date": "", "text": "Sept 2023: EPC7001/EPC7002 rad-hard 40V GaN FETs launched"}, {"date": "2024", "text": "EPC2361 launched (smallest 100V 1mOhm GaN FET)"}, {"date": "", "text": "Dec 27 2024: EPC Space JANS MIL-PRF-19500 certification announced (world-first for GaN HEMTs claim)"}], "recent_activity": [{"date": "", "text": "Dec 2024 (press, corroborated independent trade press): JANS MIL-PRF-19500 certification"}, {"date": "", "text": "roadmap of 18 JANS-certified rad-hard GaN HEMT parts (40V-300V) through 2025 (press/independent news)"}, {"date": "", "text": "EPC2361 launch 2024 (self-reported)"}, {"date": "", "text": "EPC7001/EPC7002 launch Sept 2023 for LEO/GEO satellites, avionics, military (independent news)"}], "certifications": ["ISO 9001 (GaN power transistors/mgmt devices scope, cert# unconfirmed, site blocked)", "JANS MIL-PRF-19500 (EPC Space, Dec 2024, DoD-managed standard, world-first-for-GaN claim, corroborated by independent trade press)", "AS9100 genuinely unconfirmed (not confirmed absent, not confirmed present)"], "sources": [{"label": "en.wikipedia.org", "url": "https://en.wikipedia.org/wiki/Efficient_Power_Conversion"}, {"label": "en.wikipedia.org", "url": "https://en.wikipedia.org/wiki/Alex_Lidow"}, {"label": "JANS cert news (snippet only, 403 on direct fetch", "url": "https://epc-co.com"}, {"label": "Dec 2024", "url": "https://semiconductor-today.com"}, {"label": "militaryaerospace.com", "url": "https://militaryaerospace.com"}, {"label": "powerelectronicsnews.com", "url": "https://powerelectronicsnews.com"}, {"label": "epc.space", "url": "https://epc.space/about/leadership-team/"}, {"label": "linkedin.com", "url": "https://linkedin.com/in/bel-lazar/"}, {"label": "Qualification Reports PDFs (found, not parseable", "url": "https://epc-co.com"}]}, {"id": "boss-10", "name": "Denis Marcon", "title": "General Manager, Innoscience Europe (unverified beyond LinkedIn search snippet, direct profile fetch blocked)", "company": "Innoscience", "category": "Lead", "source": "Outreach", "vertical": "Power Electronics (Devices) — GaN Power", "region": "CN", "stage": "Not started", "warmth": "", "abstract": "Innoscience is scaling GaN wafer output ~5.6x by 2029 while still recently loss-making - yield, reliability, and FA throughput at fab scale are directly tied to hitting that capacity target and satisfying new automotive/data-center customers (Nvidia 800VDC, onsemi collaborations) who demand rigorous non-destructive qualification evidence. TXproducts' synchrotron imaging offers higher-resolution non-destructive complement to internal X-ray/destructive cross-sectioning, useful for root-causing GaN-on-Si delamination/void/package defects without consuming production samples during the capacity ramp.", "search_term": "Innoscience GaN reliability", "notes": "innoscience.com itself blocked all automated fetch (403 on /about-us and /investor-relations) - leadership/cert/official claims rely on secondary summarization. Founding year minor discrepancy (2015 vs 2017), 2015 better corroborated. Revenue/ownership % trace to IPO prospectus via a secondary blog, not the primary HKEX filing - recommend pulling the prospectus PDF before quoting externally. No CTO or dedicated Quality/Reliability/Test contact identified. GEOGRAPHIC/LOGISTICS CONCERN (material to fit rating): TXproducts is Europe/DESY-Hamburg-based; Innoscience's fabs/HQ/leadership are entirely China-based (Zhuhai/Suzhou), revenue concentrated domestically (largest customer CATL ~32% of 2023 revenue), positioned as a \"national champion\" in China's chip self-sufficiency push. Real friction: (1) physical sample shipping China-to-Europe synchrotron facility is slow/costly/export-control-sensitive given GaN power semiconductors' dual-use status; (2) geopolitical tension may make a China-based IDM cautious sending proprietary defect data to a Western facility, and vice versa for TXproducts' own institutional/EU-linked relationships; (3) time zone/language gaps complicate fast iterative sample-turnaround relationships synchrotron beamtime usually requires. Given real technical fit but serious logistics/geopolitical friction: worth a soft/exploratory outreach (via Europe GM contact if confirmed) rather than a priority pursuit - should not be resourced ahead of comparable Western or Asian-allied targets.", "source_ref": "Yole Group Power SiC/GaN Market Monitor", "website": "", "linkedin": "https://be.linkedin.com/in/marcondenis", "desc": "World's largest 8-inch Integrated Device Manufacturer (IDM) fully focused on GaN power semiconductors, own epitaxy-to-package fabs in Zhuhai and Suzhou, China. Products span 15V-1200V GaN epitaxial wafers, discrete devices, power ICs and modules for chargers, data centers, automotive, industrial, renewable energy. ~29.9-33.7% global GaN power device market share (2023/2024, self-reported/press).", "founded": "2015 (Dec 17, better corroborated vs a competing \"2017\" source), by Luo Weiwei, former NASA scientist (15 years), PhD applied mathematics Massey University", "ceo": "Wu Jingang (PhD Physical Chemistry, Lanzhou Institute/CAS; former VP Technology Development at SMIC). Luo Weiwei is Founder/Chairwoman (not CEO), remains controlling shareholder (~34.5%) and more prominent public face.", "leadership": [{"name": "Luo Weiwei", "title": "Founder & Chairwoman"}, {"name": "Zhong Shan", "title": "Executive Director & CFO"}, {"name": "Denis Marcon", "title": "GM Innoscience Europe (Belgium, unverified beyond LinkedIn snippet)"}, {"name": "Yi Sun", "title": "Sr VP Product & Engineering/GM, San Francisco Bay Area, 20+ yrs power electronics (LinkedIn confirmed). No CTO identified."}], "employees": "1,147 (Dec 2024) / 1,238 (mid-2025) / 1,359 (Dec 2025) - S&P Global Market Intelligence via stockanalysis.com, filing-based", "revenue": "RMB ~592.7M (2023, prospectus-derived); RMB 68.2M (2021); RMB 136M (2022). Still loss-making: net loss ~RMB 1.1B in 2023. No independent post-2023 figure found - verify against actual HKEX prospectus/annual report before quoting externally.", "ownership": "Public, HKEX Main Board since Dec 30 2024 (ticker 2577), raised ~US$180M IPO. Pre-IPO VC-backed through 5 rounds (Series E 2023 at ~RMB23.5bn post-money). Cornerstone IPO investors incl. an STMicroelectronics subsidiary (US$50M), Jiangsu Govtor Inno Technology, HK InnoSC Ltd, Inno CL.", "target_verticals": ["Fast chargers/consumer electronics", "data centers/AI infrastructure", "automotive/NEV powertrain", "industrial power", "renewable energy/solar & motor drives", "5G base stations", "defense/aerospace"], "differentiators": ["World's first IDM to mass-produce 8-inch GaN-on-Si wafers (company claim)", "largest dedicated 8-inch GaN-on-Si wafer capacity globally, expanding 12,500 wpm (2024) to planned 70,000 wpm by 2029", "full vertical integration epitaxy through modules", "800+ granted/pending patents, shipments >1 billion GaN devices/300M+ InnoGaN chips (self-reported)", "ISO 9001/IATF 16949 referenced but unconfirmed (site blocked fetch)"], "partnership_angle": ["Innoscience is scaling GaN wafer output ~5.6x by 2029 while still recently loss-making - yield, reliability, and FA throughput at fab scale are directly tied to hitting that capacity target and satisfying new automotive/data-center customers (Nvidia 800VDC, onsemi collaborations) who demand rigorous non-destructive qualification evidence. TXproducts' synchrotron imaging offers higher-resolution non-destructive complement to internal X-ray/destructive cross-sectioning, useful for root-causing GaN-on-Si delamination/void/package defects without consuming production samples during the capacity ramp."], "fit_rating": "Moderate", "history": [{"date": "2015-12-17", "text": "Founded in Zhuhai by Luo Weiwei"}, {"date": "2017", "text": "Early growth coverage (Zhuhai local press)"}, {"date": "", "text": "2021-2023: Five VC rounds, Series E 2023 at ~RMB23.5bn"}, {"date": "2023", "text": "Reported #1 global GaN power device market share (29.9-33.7% varies by source)"}, {"date": "2024-12-30", "text": "HKEX IPO, ~US$180M raised"}, {"date": "2025", "text": "Nvidia 800VDC collaboration announced"}, {"date": "", "text": "Dec 2025: onsemi partnership for GaN deployment"}], "recent_activity": [{"date": "", "text": "Dec 2024 (independent-news): HKEX IPO with STMicroelectronics cornerstone investor"}, {"date": "", "text": "Aug 2025 (press/self-reported, secondary summary only): Nvidia 800VDC AI-infrastructure collaboration"}, {"date": "", "text": "Dec 2025 (press, page blocked): onsemi partnership for global GaN rollout"}, {"date": "", "text": "STMicroelectronics GaN technology dev/manufacturing agreement (press, date unconfirmed)"}, {"date": "", "text": "InnoGaN chip shipments >300M pieces (self-reported, snippet only)"}], "certifications": ["ISO 9001 and IATF 16949 referenced (no cert numbers/dates found, sourced from AI-aggregator summary only, not independently verified - flag unconfirmed). AEC-Q101: not found."], "sources": [{"label": "en.wikipedia.org", "url": "https://en.wikipedia.org/wiki/Innoscience"}, {"label": "semiconductor-today.com", "url": "https://semiconductor-today.com"}, {"label": "IPO coverage", "url": "https://thebambooworks.com"}, {"label": "and sidley.com IPO legal announcements", "url": "https://cliffordchance.com"}, {"label": "Luo Weiwei profile", "url": "https://scmp.com"}, {"label": "techsoda.substack.com", "url": "https://techsoda.substack.com"}, {"label": "employees", "url": "https://stockanalysis.com"}, {"label": "chargerlab.com", "url": "https://chargerlab.com"}, {"label": "press release (headline only, blocked", "url": "https://onsemi.com"}, {"label": "linkedin.com", "url": "https://linkedin.com/in/yi-sun-582a2211/"}, {"label": "blocked", "url": "https://be.linkedin.com/in/marcondenis"}]}, {"id": "boss-11", "name": "", "title": "", "company": "GaN Systems", "category": "Lead", "source": "Outreach", "vertical": "Power Electronics (Devices) — GaN Power", "region": "CA", "stage": "Not started", "warmth": "", "abstract": "GaN Systems' own marketing emphasized extensive internal reliability/qualification testing (JEDEC+, AEC-Q101, FMEA-driven stress testing) as a core trust signal - exactly what non-destructive synchrotron 3D imaging could substantiate/extend (verifying internal die/package integrity, voiding, interconnect defects non-destructively alongside destructive cross-sectioning). HOWEVER: no longer an independent commercial target since Oct 2023 acquisition - outreach is effectively into Infineon's GaN power business line (merged with Infineon's existing ~450-person GaN org), not a standalone company with its own procurement/BD function.", "search_term": "GaN Systems reliability engineer", "notes": "gansystems.com completely unreachable in research session (DNS failure every attempt) - several claims (Island Technology description, team page, official certs) rely on secondary sources/search snippets only. Close date has minor cross-source discrepancy (Oct 24/25/early Nov 2023). Co-founder names appeared only in aggregator snippets, not verified - do not state as confirmed fact. No standalone post-acquisition employee/revenue/segment financials found (very likely no longer disclosed separately now part of Infineon Power & Sensor Systems). CRITICAL FOR OUTREACH: GaN Systems has been a wholly-owned Infineon subsidiary since Oct 2023 - redesign any cold-outreach plan around Infineon's GaN power business line/Ottawa site contacts, not a standalone \"GaN Systems Inc.\" entity.", "source_ref": "Metoree GaN Power Device Rankings 2026", "website": "", "linkedin": "", "desc": "Fabless semiconductor company that designed/sold GaN power transistors (100V and 650V FETs) based on proprietary \"Island Technology\" GaN-on-silicon die architecture for lower cost, higher current density, lower parasitic inductance than competing GaN designs. As of Oct 2023, wholly-owned subsidiary of Infineon Technologies AG, folded into Infineon's GaN power business.", "founded": "2008, Ottawa/Toronto, Canada. Founders cited only in unverified aggregator snippets (\"Girvan Patterson and John Roberts\") - not confirmed on a primary source (own site unreachable during research).", "ceo": "Jim Witham (GaN Systems CEO pre/through acquisition, appointed 2014). Post-acquisition parent CEO: Jochen Hanebeck (Infineon Technologies AG). Unconfirmed whether Witham retained a role post-close.", "leadership": [{"name": "Jochen Hanebeck", "title": "CEO, Infineon Technologies AG (parent, post-acquisition)"}, {"name": "Girvan Patterson", "title": "co-founder/CTO cited only in unverified aggregator snippets, flag as unconfirmed. No other named GaN Systems execs (VP Quality/Reliability/Engineering) found."}], "employees": "Not separately disclosed post-acquisition. Only figure found: \"450 GaN experts\" combined Infineon+GaN Systems (Infineon press release, corroborated by trade press). Standalone pre-acquisition headcount gated behind paid Preqin subscription.", "revenue": "Not found - never publicly disclosed as independent company (private, VC-backed); post-acquisition folded into Infineon's Power & Sensor Systems division with no GaN-specific breakout found.", "ownership": "Wholly-owned subsidiary of Infineon Technologies AG since acquisition closed late Oct 2023 (dates vary Oct 24/25/early Nov across sources). Announced Mar 2 2023, all-cash $830M USD deal. Prior: privately/VC-backed (BMW i Ventures, Fidelity Investments, Chrysalix, Cycle Capital, RockPort Capital, Vitesco Technologies; $150M growth round Nov 2021 led by Fidelity; $200M+ cumulative funding).", "target_verticals": ["Data center/server power", "EV/automotive (on-board chargers", "BMW 2021 capacity agreement)", "renewable energy/solar/energy storage", "industrial motor drives", "consumer electronics", "space applications"], "differentiators": ["\"Island Technology\" GaN-on-silicon architecture claimed to minimize die size, mitigate electromigration, enable high-current devices (own site unreachable, via search snippet only)", "enhanced \"JEDEC+\" reliability methodology beyond standard JEDEC/AEC-Q101 with FMEA-driven testing, reporting 0 failures across 1000-hr HTRB/HTGB/LTRB/LTS and 96-hr HAST stress tests (GaN Systems/PSMA whitepaper, self-reported)", "select 650V GaN transistors AEC-Q101 qualified", "first GaN transistor to reach automotive qualification via 2021 BMW capacity agreement (unverified aggregator claim)"], "partnership_angle": ["GaN Systems' own marketing emphasized extensive internal reliability/qualification testing (JEDEC+, AEC-Q101, FMEA-driven stress testing) as a core trust signal - exactly what non-destructive synchrotron 3D imaging could substantiate/extend (verifying internal die/package integrity, voiding, interconnect defects non-destructively alongside destructive cross-sectioning). HOWEVER: no longer an independent commercial target since Oct 2023 acquisition - outreach is effectively into Infineon's GaN power business line (merged with Infineon's existing ~450-person GaN org), not a standalone company with its own procurement/BD function."], "fit_rating": "Weak", "history": [{"date": "2008", "text": "Founded (Ottawa/Toronto)"}, {"date": "2014", "text": "Jim Witham appointed CEO"}, {"date": "2015", "text": "10x production capacity increase at TSMC foundry partner"}, {"date": "2017", "text": "BMW i Ventures becomes investor"}, {"date": "2020", "text": "Published JEDEC+ reliability/lifetime whitepaper"}, {"date": "2021", "text": "$150M growth round (Fidelity-led, Vitesco/BMW i Ventures participating)"}, {"date": "2021", "text": "BMW Group semiconductor capacity agreement"}, {"date": "2023-03-02", "text": "Infineon announces definitive agreement to acquire for $830M cash"}, {"date": "2023-10-24/25", "text": "Acquisition closes, combined GaN org ~450 experts, 350+ patent families"}], "recent_activity": [{"date": "", "text": "Oct 2023 (press/independent-news): Infineon completes acquisition"}, {"date": "", "text": "Infineon stated commitment to \"retaining and growing GaN's presence in Canada\" post-close (independent-news, not directly quoted from located primary source)"}, {"date": "", "text": "no GaN Systems-branded news found 2024-2026 - activity since close reported under Infineon corporate umbrella, not standalone (gap, not found)"}], "certifications": ["AEC-Q101 (select 650V GaN FETs, no cert number/date found)", "JEDEC-based + internally-branded \"JEDEC+\" methodology (self-reported whitepaper, no formal cert body/number)", "ISO 9001 not found/not confirmed"], "sources": [{"label": "press-release/2023/infxx202310-014", "url": "https://infineon.com"}, {"label": "acquisition close coverage", "url": "https://betakit.com"}, {"label": "signalintegrityjournal.com", "url": "https://signalintegrityjournal.com"}, {"label": "semiconductor-today.com", "url": "https://semiconductor-today.com"}, {"label": "powerelectronicsnews.com", "url": "https://powerelectronicsnews.com"}, {"label": "bmwiventures.com", "url": "https://bmwiventures.com"}, {"label": "gated", "url": "https://preqin.com"}, {"label": "JEDEC+ whitepaper PDF", "url": "https://psma.com"}, {"label": "Witham CEO appointment", "url": "https://sst.semiconductor-digest.com"}]}, {"id": "boss-12", "name": "", "title": "", "company": "Vishay Intertechnology", "category": "Lead", "source": "Outreach", "vertical": "Power Electronics (Devices) — Power Discretes", "region": "US", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "Vishay power discrete reliability", "notes": "", "source_ref": "Kontakte_7_verifizierte_Referenzen.xlsx (co-author affiliation, Ref #2)", "website": "", "linkedin": ""}, {"id": "boss-13", "name": "", "title": "", "company": "Cissoid", "category": "Lead", "source": "Outreach", "vertical": "Devices (WBG Device Manufacturer) — SiC/GaN for extreme temperature", "region": "BE", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "Cissoid reliability engineer", "notes": "", "source_ref": "Metoree SiC MOSFET Rankings 2026", "website": "", "linkedin": ""}, {"id": "boss-14", "name": "", "title": "", "company": "WeEn Semiconductors", "category": "Lead", "source": "Outreach", "vertical": "Devices (WBG Device Manufacturer) — SiC MOSFETs", "region": "CN/NL", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "WeEn Semiconductors reliability", "notes": "", "source_ref": "Metoree SiC MOSFET Rankings 2026", "website": "", "linkedin": ""}, {"id": "boss-15", "name": "", "title": "", "company": "Solitron Devices", "category": "Lead", "source": "Outreach", "vertical": "Devices (WBG Device Manufacturer) — Discrete power, Hi-Rel/Space", "region": "US", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "Solitron Devices quality engineer", "notes": "", "source_ref": "Metoree SiC MOSFET Rankings 2026", "website": "", "linkedin": ""}, {"id": "boss-16", "name": "", "title": "", "company": "NexGen Power Systems", "category": "Lead", "source": "Outreach", "vertical": "Devices (WBG Device Manufacturer) — GaN Power", "region": "US", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "NexGen Power Systems reliability", "notes": "", "source_ref": "Metoree GaN Power Device Rankings 2026", "website": "", "linkedin": ""}, {"id": "boss-17", "name": "", "title": "", "company": "GaNPower International", "category": "Lead", "source": "Outreach", "vertical": "Devices (WBG Device Manufacturer) — GaN Power", "region": "CA", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "GaNPower International reliability", "notes": "", "source_ref": "Metoree GaN Power Device Rankings 2026", "website": "", "linkedin": ""}, {"id": "boss-18", "name": "", "title": "", "company": "Toshiba Electronic Devices", "category": "Lead", "source": "Outreach", "vertical": "Devices (WBG Device Manufacturer) — SiC/Power discretes", "region": "JP", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "Toshiba Electronic Devices reliability", "notes": "", "source_ref": "Metoree SiC MOSFET Rankings 2026", "website": "", "linkedin": ""}, {"id": "boss-19", "name": "", "title": "", "company": "Applied Technical Services (ATS)", "category": "Lead", "source": "Outreach", "vertical": "Device Testing — Reliability & radiation testing for aerospace semiconductors", "region": "US", "stage": "Not started", "warmth": "", "abstract": "ATS's marketing frames radiation testing as producing physical/parametric degradation data (TID/SEE/ELDRS) but doesn't offer internal 3D imaging to see WHERE damage occurred inside a die/package - synchrotron CT is a natural bolt-on for post-test failure analysis (locating latch-up sites or bond-wire damage after SEE/TID testing) without ATS needing beamtime access itself. ATS already sells a separate NDT division as one of five core service lines - existing sales motion and customer base primed for a \"non-destructive\" pitch", "search_term": "Applied Technical Services radiation testing", "notes": "ZoomInfo employee/revenue figures are stale relative to Jan 2026 SGS acquisition figures. Multiple unrelated companies share similar \"Applied Technical/Technology Services\" names - had to disambiguate carefully. Confirm leadership currency given very recent (Jan 2026) ownership change.", "source_ref": "atslab.com/testing-and-analysis/radiation/radiation-hardness-testing", "website": "", "linkedin": "", "desc": "US multi-discipline testing/inspection/calibration/forensics (TICC) lab network running an accredited radiation-effects testing division for aerospace/defense semiconductors (TID, DDD, SEE, ELDRS, RLAT to MIL-STD-750/883 and ESCC standards). 80-85 facilities across the US under \"ATS Family of Companies,\" turn-key \"RFP to final data analysis.\"", "founded": "1967, by Bill Lewis and Ralph Johnson", "ceo": "Marcus Maguire, CEO, ATS LLC (took role following SGS acquisition)", "ceo_url": "https://www.linkedin.com/in/marcus-maguire-a8b20312/", "leadership": [{"name": "Jim J. Hills", "title": "President of ATS at time of 2021 Odyssey acquisition (role may have changed under SGS ownership, not reconfirmed)"}], "employees": "~2,100 / 85 facilities as of Jan 2026 SGS acquisition close. ZoomInfo's \"500-1,000\" figure is stale/unreliable.", "revenue": "SGS acquired ATS for $1.325B; anticipated 2026 revenue ~$460M with ~$95M EBITDA pre-synergies. ZoomInfo's $159.7M estimate is outdated/unreliable.", "ownership": "As of Jan 13 2026, wholly owned subsidiary of SGS S.A. (Swiss, public, SIX:SGSN). Previously majority-owned by Odyssey Investment Partners (PE, since Jan 2021); privately held since 1967 before that.", "target_verticals": ["Aerospace", "defense", "automotive", "oil & gas", "healthcare", "manufacturing", "power generation (15+ sectors per atslab.com)"], "differentiators": ["ISO/IEC 17025:2017 (A2LA) accredited across multiple facilities, plus ISO 9001:2015, NADCAP, AS9100D, FAA certs, ASME NQA-1/10 CFR compliance", "in-house TID/neutron/flash-X-ray plus remote heavy-ion/proton SEE access", "turn-key RFP-to-report model", "part of SGS's global 2,500+ lab network post-acquisition"], "partnership_angle": ["ATS's marketing frames radiation testing as producing physical/parametric degradation data (TID/SEE/ELDRS) but doesn't offer internal 3D imaging to see WHERE damage occurred inside a die/package - synchrotron CT is a natural bolt-on for post-test failure analysis (locating latch-up sites or bond-wire damage after SEE/TID testing) without ATS needing beamtime access itself. ATS already sells a separate NDT division as one of five core service lines - existing sales motion and customer base primed for a \"non-destructive\" pitch", "TXproducts could position as a premium escalation above ATS's standard NDT for high-value aerospace parts. Just became an SGS subsidiary (Jan 2026) = organizational flux/roadmap-setting moment, often a good time to pitch new complementary capabilities."], "fit_rating": "Strong", "history": [{"date": "1967", "text": "Founded by Bill Lewis and Ralph Johnson"}, {"date": "2021-01-19", "text": "Acquired by Odyssey Investment Partners"}, {"date": "2021-11-05", "text": "ATS acquires Radiation Test Solutions Inc."}, {"date": "2025-07", "text": "SGS announces agreement to acquire ATS"}, {"date": "2026-01-13", "text": "SGS completes $1.325B acquisition, ~2,100 employees, 85 facilities"}], "recent_activity": [{"date": "", "text": "2025-07 (independent-news): SGS announces acquisition agreement"}, {"date": "", "text": "2026-01-13 (independent-news): SGS closes acquisition, framed as 80% of SGS's goal to double North American revenue by 2027"}, {"date": "", "text": "2021-11 (press-release): RTS acquisition announced, expanding radiation-survivability capability"}], "certifications": ["ISO/IEC 17025:2017 (A2LA, multiple sites)", "ISO 9001:2015", "NADCAP (Materials Testing, NDT)", "AS9100D", "FAA certs", "ASME NQA-1/10 CFR compliance", "suitability for ASTM F1192, EIA/JESD57, ESCC 22900/25100, MIL-STD-750/883"], "sources": [{"label": "radiation-testing-services", "url": "https://atslab.com"}, {"label": "radiation-hardened-electronics-testing", "url": "https://atslab.com"}, {"label": "RTS acquisition post", "url": "https://atslab.com"}, {"label": "Odyssey acquisition", "url": "https://prnewswire.com"}, {"label": "SGS acquisition close", "url": "https://finanznachrichten.de"}, {"label": "linkedin.com", "url": "https://linkedin.com/in/marcus-maguire-a8b20312/"}, {"label": "aggregator, flagged stale", "url": "https://zoominfo.com"}]}, {"id": "boss-20", "name": "Reed Coffey", "title": "Technical Sales Manager", "company": "AAA Engineering & Test Lab", "category": "Lead", "source": "Outreach", "vertical": "Device Testing — Hi-Rel/space qualification, RadHard testing", "region": "US", "fit": "Complementary, not competing", "employees": "~11-49 (est.)", "founded": "2009", "target_verticals": ["Aerospace & Defense", "Space", "Medical", "Industrial", "Automotive"], "stage": "Not started", "warmth": "", "abstract": "We offer non-destructive, synchrotron-grade 3D imaging as a complement to their existing radiation-hardness and destructive testing — since they already route specialized testing (heavy-ion/proton/neutron irradiation) to outside partners, positioning us as another trusted partner fits how they already operate.", "notes": "Contact note: Reed Coffey picked as contact (closest to Business Development). Discrepancies found, not resolved: CEO listed as Matt McIntosh in a Jun 2023 press release vs. Eric Young on the current About page (likely a leadership change since). Founding year is 2009 per their About page, but SAM.gov federal registration shows Jan 2014 (likely the ECAL merger/re-incorporation date). Employee count and revenue are conflicting third-party estimates (LeadIQ vs. Datanyze), not independently confirmed. Alternate contact: Michael Horn, Quality Assurance Manager (Orlando, FL, per RocketReach) — closer title match to the boss's target roles than Coffey's Technical Sales Manager, but not yet verified beyond that one listing.", "source_ref": "aaactl.com/about-us/ (leadership, founding, milestones); aaactl.com/services/hi-rel-space-qualification/radhard", "website": "https://aaactl.com/", "linkedin": "https://www.linkedin.com/in/reed-c-1b9346100/", "techniques": [{"category": "Electrical", "items": ["AC/DC parameter testing", "DDR/DRAM testing", "DLA QTSL compliance"]}, {"category": "Environmental", "items": ["Temperature cycling", "MIL-STD-883/202/810", "JESD22", "DO-160"]}, {"category": "Hi-Rel & Space Qualification", "items": ["MIL-STD-883 Testing", "Destructive Physical Analysis (DPA)", "EMI/EMC testing", "PEM Qualification (NASA EEE-INST-002)", "Radiation Hardness Assurance (RadHard/TID)", "Shock & Vibration", "Thermal Vacuum (TVAC)"]}, {"category": "Counterfeit Mitigation", "items": ["AS6171 Component Authentication", "AS6081 Counterfeit Avoidance & Detection"]}, {"category": "Failure Analysis & Upscreening", "items": ["Root-cause investigation (MIL-STD-883/1580, AS6171, JESD22)", "COTS-to-mil-spec upscreening"]}], "differentiators": ["15+ years of accredited testing experience (ISO/IEC 17025, AS9100, ISO 9001, ITAR-registered).", {"text": "Already owns in-house X-ray, SEM, and CSAM equipment for inspection/failure-analysis work.", "highlight": true}, "Describes itself as \"an extension\" of customers' own engineering teams for complex qualification work (aaactl.com/about-us/)."], "partnership_angle": ["Their own X-ray is standard 2D component inspection, not synchrotron-grade CT — real gap for internal, non-destructive 3D imaging after a part fails DPA.", "They already subcontract heavy-ion/proton/neutron irradiation to outside partner facilities — proven willingness to route work externally rather than insist on doing everything in-house.", "Radiation-hardness customers who need to see internal structural change post-irradiation without destructive cross-sectioning are exactly our use case."], "recent_activity": [{"date": "Oct 2023", "text": "PR Newswire: launched new website (aaactl.com) with new customer-facing features."}, {"date": "Jun 2023", "text": "PR Newswire (also reposted by Evertiq, not independent reporting): Palm Bay HQ facility expansion, new environmental chambers/automated test systems/NI lab benches. CEO quoted at the time: Matt McIntosh."}, {"date": "Oct 2022", "text": "Acquired by Wincove Private Holdings (PE firm); self-reported only via AAA's own About page, no independent press release found."}, {"date": "2024–2025", "text": "Self-described \"accelerated growth\" under Wincove; no specific contract/award details found publicly."}], "sources": [{"label": "PR Newswire: AAA Test Lab Launches New Website (Oct 5, 2023)", "url": "https://www.prnewswire.com/news-releases/aaa-test-lab-launches-new-website-301947671.html"}, {"label": "AAA About Us (leadership, founding, milestones)", "url": "https://aaactl.com/about-us/"}, {"label": "AAA Services (full technique list)", "url": "https://aaactl.com/services/"}, {"label": "PR Newswire: AAA Test Lab Expansion of Services (Jun 29, 2023)", "url": "https://www.prnewswire.com/news-releases/aaa-test-lab-expansion-of-services-301867047.html"}], "desc": "Accredited semiconductor and electronic component testing lab covering electrical, environmental, mechanical, and Hi-Rel/space qualification testing, including Radiation Hardness Assurance. ISO/IEC 17025, AS9100, ISO 9001 certified, ITAR-registered. Serves aerospace, defense, space, medical, and automotive OEMs from a 13,000 sq ft Palm Bay, FL facility.", "ceo": "Eric Young", "ownership": "Wincove Private Holdings (PE, Oct 2022)", "pricing": "No public pricing found.", "history": [{"date": "2009", "text": "Founded in New Port Richey, FL, as a small counterfeit-detection testing operation for a parts broker."}, {"date": "2014", "text": "Merged with ECAL Test Labs Inc., relocated to Palm Bay, FL (Space Coast); expanded into electrical/mechanical/chemical/environmental testing."}], "revenue": "~$1.8M (est.)", "federal_id": "UEI RUS7RHDNNS97 · NAICS 541380", "linkedin_followers": "537 followers", "certifications": ["ISO/IEC 17025 — Perry Johnson Laboratory Accreditation, issued 20 Sep 2016, valid to 28 Feb 2027. Scope: chemical, dimensional, electrical, mechanical, non-destructive, thermodynamic testing.", "AS6081 (counterfeit avoidance) & AS6171 (component authentication) — Perry Johnson Laboratory Accreditation.", "ISO 9001 / AS9100 — National Quality Assurance, issued 24 Jul 2024, valid to 24 Jul 2027.", "ANSI/ESD S20.20 — National Quality Assurance, issued 15 Oct 2024, valid to 14 Oct 2025.", "ITAR Registration — U.S. Dept. of State, code M43969, expires 31 Jul 2026.", "ERAI Registration — member since 21 Apr 2011, certificate #925689728-0824, valid to 18 Feb 2026.", "GIDEP member since 2015."], "leadership": [{"title": "General Manager", "name": "Hayden Green", "url": "https://www.linkedin.com/in/hayden-m-green/"}, {"title": "Technical Sales Manager", "name": "Reed Coffey", "url": "https://www.linkedin.com/in/reed-c-1b9346100/"}], "ceo_url": "https://www.linkedin.com/in/eric-young-6273268/", "company_linkedin": "https://www.linkedin.com/company/aaa-engineering-and-test-lab/", "fit_rating": "Strong"}, {"id": "boss-21", "name": "Dr. Nabil Mansour", "title": "Engineering Manager", "company": "Radiation Test Solutions (RTS)", "category": "Lead", "source": "Outreach", "vertical": "Device Testing — Heavy-ion/proton/neutron test services", "region": "US", "stage": "Not started", "warmth": "", "abstract": "RTS explicitly sells \"circuit and component analysis\" and \"design consulting\" alongside raw irradiation - already positions as an analysis shop, natural entry point for TXproducts to offer synchrotron CT as a subcontracted non-destructive imaging step for FA on parts failing SEE/latch-up or TID testing. Their emphasis on facility rental and fast turnaround suggests customers value fast non-destructive answers - synchrotron imaging could shorten root-cause cycles vs destructive decap/cross-section. Same ATS/SGS umbrella as ATS itself means one outreach conversation could open doors to both.", "search_term": "Radiation Test Solutions engineer", "notes": "Minor inconsistency on their own site: homepage calls July 2025 flash-X-ray addition a \"second\" unit, news archive page calls it a \"Third\" - flagged not resolved. No \"CEO\" title found, \"President\" (Malcolm Thomson) treated as top exec. No LinkedIn URLs confirmed for any RTS staff despite multiple attempts.", "source_ref": "radiationtestsolutions.com", "website": "", "linkedin": "", "desc": "Colorado Springs pure-play radiation-effects test house for semiconductor devices/materials serving space, airborne, ground defense. 35,000 sq ft lab (in continuous radiation-test operation ~30 years) with in-house gamma, flash X-ray, neutron, e-beam sources plus circuit/component failure analysis and design consulting.", "founded": "2015, by Michael Tostanoski; underlying 35,000 sq ft facility predates RTS (formerly Cobham/Aeroflex lineage)", "ceo": "Malcolm Thomson, President of RTS (no separate \"CEO\" title used - President is top listed exec)", "leadership": [{"name": "Michael Tostanoski", "title": "Founder"}, {"name": "John B.", "title": "Team Leader radiation effects (2nd full-time employee, ~15yrs aerospace exp)"}, {"name": "Kris Hartojo", "title": "Director of Operations (joined 2016)"}, {"name": "Dr. Nabil Mansour", "title": "Engineering Manager (joined 2018, PhD Georgia Tech, 25+ patents)"}], "employees": "\"25+ engineers\" per own site; a 2020 trade profile said \"30+ person\" team", "revenue": "not found - wholly owned ATS subsidiary since Nov 2021 (indirectly SGS since Jan 2026), no standalone financials disclosed", "ownership": "Private; wholly owned subsidiary of Applied Technical Services since Nov 5 2021, therefore indirectly part of SGS since Jan 2026", "target_verticals": ["Aerospace", "space/satellite", "defense/military ground systems"], "differentiators": ["In-house fleet: 2 low-dose-rate gamma cells + 1 high-dose Co-60 irradiator, 2 Pulserad + 1 Ion Physics FX-25 flash X-ray units (2nd added Jul 2025), 14 MeV neutron generator, 1 MeV Pelletron e-beam", "performs all DLA radiation test methods in-house plus remote heavy-ion/proton via partner facilities US/Europe", "self-describes as \"world leader in radiation effects testing\" (self-reported)", "ISO 9001:2015, ANAB accredited, DLA certified"], "partnership_angle": ["RTS explicitly sells \"circuit and component analysis\" and \"design consulting\" alongside raw irradiation - already positions as an analysis shop, natural entry point for TXproducts to offer synchrotron CT as a subcontracted non-destructive imaging step for FA on parts failing SEE/latch-up or TID testing. Their emphasis on facility rental and fast turnaround suggests customers value fast non-destructive answers - synchrotron imaging could shorten root-cause cycles vs destructive decap/cross-section. Same ATS/SGS umbrella as ATS itself means one outreach conversation could open doors to both."], "fit_rating": "Strong", "history": [{"date": "2015", "text": "Founded by Michael Tostanoski"}, {"date": "2020-06", "text": "Cobham sells its Colorado Springs radiation-testing business (Cobham RAD Inc.)"}, {"date": "2020", "text": "RTS acquires Cobham RAD Inc., retains staff/facility"}, {"date": "2021-11-05", "text": "RTS acquired by ATS, becomes wholly owned subsidiary"}, {"date": "2025-07-21", "text": "RTS adds additional Ion Physics FX-25 flash X-ray unit"}], "recent_activity": [{"date": "", "text": "2025-07-21 (self-reported/press): flash X-ray rental fleet expansion announced"}, {"date": "", "text": "2021-11 (press): ATS acquisition, framed as bringing \"new resources and opportunities\""}], "certifications": ["ISO 9001:2015", "ANAB accredited", "DLA certified", "compliance with MIL-STD-750/883 (cert numbers not published)"], "sources": [{"label": "home, senior-staff, facility-overview, services, news", "url": "https://radiationtestsolutions.com"}, {"label": "RTS acquisition post", "url": "https://atslab.com"}, {"label": "Cobham sale article", "url": "https://gazette.com"}, {"label": "secondary", "url": "https://aerospacedefensereview.com"}]}, {"id": "boss-22", "name": "Efe Alpat", "title": "Co-founder & Chief Business Officer", "company": "BEAMIDE", "category": "Lead", "source": "Outreach", "vertical": "Device Testing — Irradiation testing per ECSS/ESA standards", "region": "EU", "stage": "Not started", "warmth": "", "abstract": "BEAMIDE is small, software-first, relies on partner accelerator facilities rather than owning large physical test infrastructure - a potential REFERRAL/CHANNEL partner rather than direct integration target: their space/RHA clients doing ECSS-standard qualification may need non-destructive internal imaging BEAMIDE itself doesn't provide. Since BEAMIDE brands around \"advanced technologies to analyze radiation effects,\" a joint offering (BEAMIDE simulation + irradiation test + TXproducts synchrotron imaging as physical validation of simulated damage location) could be a compelling combined pitch to shared aerospace/space customers. Small size + INFN research pedigree also make it a plausible co-marketing/technical-credibility partner in EU space-qualification space even if direct commercial volume is limited.", "search_term": "BEAMIDE irradiation testing", "notes": "No confirmed CEO - flat founder/co-founder structure. Revenue/formal accreditation unconfirmed (Italian registry lookup returned 404). LinkedIn employee count (7) is rough self-reported snapshot.", "source_ref": "beamide.com/irradiation-testing", "website": "", "linkedin": "", "desc": "Small Italian startup (Perugia) spun off from INFN, develops radiation-effects simulation software (MRADSIM) and offers irradiation testing/consulting for Radiation Hardness Assurance (RHA) to ESA/ECSS, NASA, JEDEC, IEEE, MIL standards, plus thermal/thermal-vacuum testing via own setups and partner accelerator facilities across Italy/Europe.", "founded": "Nov 2021, Perugia, as official INFN spin-off (INFN Tech Transfer approved)", "ceo": "not found - no individual holds a publicly stated CEO title; founder/co-founder team runs it", "leadership": [{"name": "Ali Behcet Alpat", "title": "Founder of MRADSIM, senior INFN researcher"}, {"name": "Efe Alpat", "title": "Co-founder, Chief Business Officer"}, {"name": "Giovanni Bartolini", "title": "Co-founder"}, {"name": "Luca De Paolis", "title": "Scientific Lead & R&D Coordinator"}, {"name": "Deniz Dolek", "title": "Computer Engineer"}], "employees": "2-10 (LinkedIn shows 7, self-reported, not audited)", "revenue": "not found. Received Smart & Start Italia (2022) and Smart UP Sviluppumbria (2022) grants - grant funding not revenue. No turnover found in Italian company registry lookup.", "ownership": "Private (srl); founded as INFN (Italian National Institute for Nuclear Physics, public research body) spin-off/tech-transfer company. Exact INFN equity stake not confirmed.", "target_verticals": ["Medicine", "space/aerospace", "nuclear (power plants", "waste storage)", "IT", "defense"], "differentiators": ["Flagship MRADSIM simulation software (STEP-to-GDML/Geant4 conversion) claimed used/reviewed by ESA, CERN, NASA, Stanford, MIT, Brookhaven (self-reported, unverified independently)", "irradiation testing light/heavy-ion beams (LET up to 60 MeV.cm2/mg) compliant ECSS/ESA standards", "local TVAC -70C to +180C down to 10^-7 mbar, extendable to -200C/+200C via partners", "won 2024 \"America Innovation Award\" from Italy-USA Foundation for MRADSIM"], "partnership_angle": ["BEAMIDE is small, software-first, relies on partner accelerator facilities rather than owning large physical test infrastructure - a potential REFERRAL/CHANNEL partner rather than direct integration target: their space/RHA clients doing ECSS-standard qualification may need non-destructive internal imaging BEAMIDE itself doesn't provide. Since BEAMIDE brands around \"advanced technologies to analyze radiation effects,\" a joint offering (BEAMIDE simulation + irradiation test + TXproducts synchrotron imaging as physical validation of simulated damage location) could be a compelling combined pitch to shared aerospace/space customers. Small size + INFN research pedigree also make it a plausible co-marketing/technical-credibility partner in EU space-qualification space even if direct commercial volume is limited."], "fit_rating": "Moderate", "history": [{"date": "2021-11", "text": "Founded in Perugia as INFN spin-off"}, {"date": "2022", "text": "Smart & Start Italia national funding + Smart UP Sviluppumbria regional grant"}, {"date": "2024-03-14", "text": "Won America Innovation Award 2024 for MRADSIM"}], "recent_activity": [{"date": "", "text": "2024-03-14 (press/self-reported): America Innovation Award announcement quoting co-founders Efe Alpat and Giovanni Bartolini"}], "certifications": ["not found - claims ESA/ECSS/NASA/JEDEC/IEEE/MIL standards compliance but no ISO/IEC 17025 or formal accreditation found on site"], "sources": [{"label": "home, about-us, our-services, irradiation-testing, news", "url": "https://beamide.com"}, {"label": "INFN spin-off announcement", "url": "https://home.infn.it"}, {"label": "announcement", "url": "https://pg.infn.it"}, {"label": "it.linkedin.com", "url": "https://it.linkedin.com/company/beamide-srl"}]}, {"id": "boss-23", "name": "Ruben Garcia Alia", "title": "RADNEXT Project Coordinator (CERN)", "company": "RADNEXT (CERN-coordinated)", "category": "Lead", "source": "Outreach", "vertical": "Radiation Hardness — European irradiation facility network", "region": "EU", "stage": "Not started", "warmth": "", "abstract": "RADNEXT is not a customer target - it's a LEAD-GENERATION AND CREDIBILITY CHANNEL. The G-RADNEXT Workshop (May 2026) is explicitly designed to bring together chip designers, foundries, space companies, and testing companies - precisely TXproducts' target audience, in one room, with EU-level credibility. Concrete next steps: (1) attend/exhibit at G-RADNEXT-style workshops to network directly with radiation-test labs (incl. ATS/RTS-type orgs) and their end customers", "search_term": "RADNEXT radiation network CERN", "notes": "\"RADNEXT 2030\" only an incidental job-posting mention, not confirmed as official successor project - verify before citing in outreach. Federico Ravotti's exact formal RADNEXT role vs. his separate CERN irradiation-infrastructure leadership role not fully disentangled.", "source_ref": "escies.org RADNEXT facility network doc", "website": "", "linkedin": "", "desc": "EU Horizon 2020-funded transnational research-infrastructure project/consortium, coordinated by CERN, networking 20+ irradiation facilities across Europe to give academic AND industrial users free-of-charge beam time for radiation-effects testing of microelectronics, for aerospace/automotive/IoT/nuclear-decommissioning/HEP/medical. NOT a commercial company - a funded access/coordination network.", "founded": "June 1 2021, 4-year EU Horizon 2020 grant (Grant Agreement 101008126), coordinated by CERN. \"RADNEXT 2030\" follow-on planning effort referenced but unconfirmed.", "ceo": "not applicable. Project Coordinator: Ruben Garcia Alia (CERN), leads WP01; Deputy WP Leader: Frederic Saigne (University of Montpellier)", "leadership": [{"name": "Ruben Garcia Alia", "title": "CERN, Project Coordinator"}, {"name": "Frederic Saigne", "title": "Univ. Montpellier, Deputy WP Leader"}, {"name": "Federico Ravotti", "title": "CERN, leads proton/gamma irradiation facility infrastructure since 2011, closely associated with RADNEXT (precise role unconfirmed)"}], "employees": "not applicable - project not employer; WP01 mgmt team lists ~13 named coordination staff across CERN and Univ. Montpellier", "revenue": "not applicable - EU grant-funded, total budget ~EUR 5 million over 4 years, funding >6,000 hours of free beam time", "ownership": "EU-funded research infrastructure consortium coordinated by CERN (intergovernmental org); no ownership structure", "target_verticals": ["Aerospace", "automotive", "IoT", "nuclear decommissioning", "HEP", "medicine"], "differentiators": ["Network spans 20+ facilities incl. GSI (Germany), GANIL (France), PSI (Switzerland), TRIUMF (Canada), STFC-ISIS (UK)", "industrial partners already in consortium incl. Airbus, STMicroelectronics, Infineon, Thales Alenia Space", "beam time free of charge to awarded users (EU-funded) - strong incentive vs commercial test houses", "runs industry-outreach events (e.g. \"G-RADNEXT Workshop 2026,\" May 6-7 2026, ENEA Frascati) explicitly to engage \"testing companies and testing equipment manufacturers\""], "partnership_angle": ["RADNEXT is not a customer target - it's a LEAD-GENERATION AND CREDIBILITY CHANNEL. The G-RADNEXT Workshop (May 2026) is explicitly designed to bring together chip designers, foundries, space companies, and testing companies - precisely TXproducts' target audience, in one room, with EU-level credibility. Concrete next steps: (1) attend/exhibit at G-RADNEXT-style workshops to network directly with radiation-test labs (incl. ATS/RTS-type orgs) and their end customers", "(2) contact Ruben Garcia Alia's coordination team about listing TXproducts' non-destructive imaging as a complementary \"downstream analysis\" resource for Transnational Access beam-time users needing post-irradiation FA without destroying the tested part."], "fit_rating": "Moderate", "history": [{"date": "2021-06-01", "text": "RADNEXT launched (CERN-coordinated, EU Grant 101008126, 4yr, ~EUR5M, 20+ facilities)"}, {"date": "2022-06-08/09", "text": "1st Annual Meeting"}, {"date": "2024-06", "text": "\"GB-RADNEXT\" Workshop held"}, {"date": "", "text": "~2025: original 4-yr funded period concludes"}, {"date": "2026-05-06/07", "text": "\"G-RADNEXT Workshop 2026\" at ENEA Villa Mondragone, Frascati, co-organized with PAC-G/IRT Nanoelec, RADECS, ENEA, Datzmann Interact & Innovate"}], "recent_activity": [{"date": "", "text": "2026-05-06/07 (independent/self-reported): G-RADNEXT industry workshop at ENEA Frascati, free to attend, aimed at collecting industry needs on radiation-hardness testing"}, {"date": "", "text": "CERN careers-page mention of \"RADNEXT 2030 team\" suggests funded follow-on phase being planned (unconfirmed)"}], "certifications": ["not applicable - funded research infrastructure, legal basis is EU Horizon 2020 Grant Agreement 101008126"], "sources": [{"label": "home, WP01", "url": "https://radnext.web.cern.ch"}, {"label": "g-radnext-2026", "url": "https://indico.cern.ch"}, {"label": "rich-europe.eu", "url": "https://rich-europe.eu"}, {"label": "cerneu.web.cern.ch", "url": "https://cerneu.web.cern.ch"}, {"label": "record", "url": "https://cds.cern.ch"}, {"label": "Federico Ravotti", "url": "https://sciprofiles.com"}]}, {"id": "boss-24", "name": "Alessandra Costantino", "title": "Radiation Test Facilities Engineer, TEC-QEC", "company": "ESA ESTEC / TEC-QEC", "category": "Lead", "source": "Outreach", "vertical": "Radiation Hardness — Radiation hardness assurance for space", "region": "NL", "stage": "Not started", "warmth": "", "abstract": "TEC-QEC directly funds and runs R&D studies into RHA methodology (evidenced by 2019-2022 study cycle presented June 2023) - a concrete mechanism (ESA-funded R&D contracts/tenders) through which TXproducts could propose a study validating synchrotron non-destructive imaging as a complementary RHA/failure-analysis technique for space-grade components, rather than needing a conventional sales relationship. An ESA/ESTEC technical endorsement or co-published study would carry outsized credibility with commercial labs on this same target list (ATS, RTS, BEAMIDE) - a \"reference customer\" play even if direct commercial volume is modest and procurement cycle long. Next step: contact Alessandra Costantino or look for open ESA GSTP/Discovery-programme calls related to component RHA, rather than a cold pitch.", "search_term": "ESA ESTEC radiation hardness assurance", "notes": "Section head/leadership not pinned down with confidence. Recommend fresh targeted LinkedIn/ESA-directory check closer to outreach time given how dated sourced material is (2011-2023).", "source_ref": "escies.org Radiation Test Facilities overview", "website": "", "linkedin": "", "desc": "Technical section within European Space Agency's ESTEC establishment (Noordwijk, NL) responsible for radiation hardness assurance (RHA) and electronic component analysis for European space missions. Operates internal radiation-test facilities on-site and coordinates/funds external R&D studies and access to ESA-supported irradiation facilities elsewhere in Europe. Government-agency technical directorate, not a company.", "founded": "not found as discrete founding date - standing organizational section of ESA/ESTEC, activity traceable to at least early 2010s (2011 JUICE-mission radiation workshops)", "ceo": "not applicable. One 2020 secondary reference named Anastasia Pesce as head of TEC-QEC, unconfirmed as current.", "leadership": [{"name": "Alessandra Costantino", "title": "Radiation Test Facilities Engineer, TEC-QEC (feedback/technical contact on ESA's ESCIES documentation)"}, {"name": "Veronique Ferlet-Cavrois", "title": "senior ESA/ESTEC scientist long associated with TEC-QEC RHA work (name rendering inconsistency in search results - \"Vincent\"/\"Veronique\" - correct name per document authorship is Veronique)"}, {"name": "Anastasia Pesce", "title": "named in one 2020 source as head, unconfirmed"}], "employees": "not found - section-level headcount not disclosed", "revenue": "not applicable - publicly funded intergovernmental space agency, TEC-QEC operates on ESA's internal R&D/contract budget", "ownership": "Government/intergovernmental - section of European Space Agency, based at ESTEC, Noordwijk, Netherlands", "target_verticals": ["European space industry - satellite/spacecraft component manufacturers", "EEE parts suppliers", "ESA mission project teams (e.g. JUICE) requiring radiation-hardness qualification"], "differentiators": ["Operates own internal Co-60 gamma facility (automated dose monitoring, LabVIEW control, adjustable dose rate via rail system) and CASE facility using Californium-252 sources to simulate cosmic-ray effects, free to external users for ESA-contracted work", "coordinates ESA-supported external facilities with reserved annual beam-time at competitive rates: PIF (Paul Scherrer Institut, Switzerland), HIF (Universite Catholique de Louvain, Belgium), RADEF (University of Jyvaskyla, Finland)", "ran \"TEC-QEC Final Presentation Days\" (June 28-30 2023) at ESTEC showcasing major R&D studies concluded 2019-2022"], "partnership_angle": ["TEC-QEC directly funds and runs R&D studies into RHA methodology (evidenced by 2019-2022 study cycle presented June 2023) - a concrete mechanism (ESA-funded R&D contracts/tenders) through which TXproducts could propose a study validating synchrotron non-destructive imaging as a complementary RHA/failure-analysis technique for space-grade components, rather than needing a conventional sales relationship. An ESA/ESTEC technical endorsement or co-published study would carry outsized credibility with commercial labs on this same target list (ATS, RTS, BEAMIDE) - a \"reference customer\" play even if direct commercial volume is modest and procurement cycle long. Next step: contact Alessandra Costantino or look for open ESA GSTP/Discovery-programme calls related to component RHA, rather than a cold pitch."], "fit_rating": "Moderate", "history": [{"date": "", "text": "pre-2011: TEC-QEC RHA activity already established (2010-2011 ESA workshops for EJSM/JUICE)"}, {"date": "2023-06-28/30", "text": "\"TEC-QEC Final Presentation Days\" at ESTEC presenting 2019-2022 R&D studies"}], "recent_activity": [{"date": "", "text": "2023-06 (self-reported, ESA official event page): Final Presentation Days summarizing multi-year R&D program"}, {"date": "", "text": "no 2024-2026 TEC-QEC-specific news found - flagged as a gap, not evidence of inactivity"}], "certifications": ["not applicable/not found - operates under ESA's own ECSS standards framework which it helps define, rather than holding third-party accreditation itself"], "sources": [{"label": "webdocument", "url": "https://escies.org"}, {"label": "event/444", "url": "https://indico.esa.int"}, {"label": "JUICE workshop PDF (Ferlet-Cavrois", "url": "https://sci.esa.int"}, {"label": "RHA-requirements PDF", "url": "https://sci.esa.int"}]}, {"id": "boss-25", "name": "", "title": "", "company": "Paul Scherrer Institute (PSI)", "category": "Lead", "source": "Outreach", "vertical": "Radiation Hardness — Proton irradiation facility", "region": "CH", "stage": "Not started", "warmth": "", "abstract": "", "search_term": "Paul Scherrer Institute proton irradiation", "notes": "", "source_ref": "escies.org Radiation Test Facilities overview", "website": "", "linkedin": ""}, {"id": "eng-1", "name": "Cecilia Farias Marchant", "title": "Marketing | Communications | Community & CSR Professional", "company": "", "category": "Lead", "source": "Engaged Non-Follower", "vertical": "", "stage": "Not started", "warmth": "", "abstract": "", "connection": "2nd", "surfaced_via": "Liked 04/08 post (via Hi-Acts page's like list)", "date_surfaced": "2026-08", "website": "", "linkedin": ""}, {"id": "eng-2", "name": "Chirag Maniya", "title": "Laser Systems Engineer / Process Engineer", "company": "", "category": "Lead", "source": "Engaged Non-Follower", "vertical": "", "stage": "Not started", "warmth": "", "abstract": "", "connection": "3rd+", "surfaced_via": "Liked the 04/08 company-page repost surface", "date_surfaced": "2026-08", "website": "", "linkedin": ""}, {"id": "eng-3", "name": "Mohsen Samadi", "title": "Postdoctoral Researcher — Photonic Components & Systems, Multiphysics Simulation", "company": "Kiel University", "category": "Lead", "source": "Engaged Non-Follower", "vertical": "", "stage": "Not started", "warmth": "", "abstract": "", "connection": "2nd", "surfaced_via": "Liked the 04/08 company-page repost surface", "date_surfaced": "2026-08", "website": "", "linkedin": ""}, {"id": "eng-4", "name": "Christina Frehse", "title": "Connecting Science, Business & Innovation", "company": "", "category": "Lead", "source": "Engaged Non-Follower", "vertical": "", "stage": "Not started", "warmth": "", "abstract": "", "connection": "2nd", "surfaced_via": "Liked the 04/08 company-page repost surface", "date_surfaced": "2026-08", "website": "", "linkedin": ""}, {"id": "eng-5", "name": "Lars Klemeyer", "title": "Materials and Data Scientist, PhD Physics", "company": "", "category": "Lead", "source": "Engaged Non-Follower", "vertical": "", "stage": "Not started", "warmth": "", "abstract": "", "connection": "2nd", "surfaced_via": "Liked the 04/08 company-page repost surface", "date_surfaced": "2026-08", "website": "", "linkedin": ""}]</script>
<script id="conferences-data" type="application/json">{
"conferences": [
{
"id": "spie-14230",
"name": "Advances in X-Ray/EUV Sources, Optics, and Components XXI",
"conference_number": "14230",
"parent_event": "SPIE Optics + Photonics 2026",
"dates": "23-24 August 2026",
"location": "Conv. Ctr. Room 10",
"source_url": "https://spie.org/OP26O/conferencedetails/x-ray-euv-optics",
"abstract": "Focuses on advances, challenges, and emerging needs in x-ray and EUV sources, optics, instrumentation and applications. Topics include x-ray source development, novel optics design, mirror fabrication techniques, crystal optics, coatings, metrology, and adaptive optics systems for achieving diffraction-limited performance.",
"presenters": [
{
"name": "Akinari Ito",
"affiliation": "The Univ. of Tokyo (Japan)",
"linkedin": "",
"website": "",
"bio": "Akinari Ito is a PhD student at The University of Tokyo whose research focuses on enhancing replication accuracy of a high-precision electroforming process for future science missions, including EUV and X-ray optics fabrication. He co-authored work on nickel electroforming with collaborators at Natsume Optical Corp., RIKEN SPring-8 Center, and the University of Tokyo's Research Center for Advanced Science and Technology (presented at SPIE Optics + Photonics, conf. 14230).",
"fit_rating": "Strong",
"fit_angle": "Fabricates precision EUV/X-ray mirror substrates — core beamline optics hardware.",
"roles": [
{
"type": "presenter",
"session": "Session 1: Mirror Optics I",
"title": "Development of high-precision nickel electroforming process for EUV and X-ray optics",
"date": "23 August 2026",
"time": "10:40 AM - 11:00 AM",
"abstract": "Electroforming is a critical replication technique for producing high-precision optics, such as X-ray mirrors, that require nanometer-scale accuracy. Axially symmetric mirrors for X-ray microscopes and solar observation telescopes are fabricated by a high-precision electroforming developed by Mimura et al., characterized by its unconventional electrodeposition conditions: low current density, room temperature, and no stirring. As demand grows for higher-precision mirrors in space science and EUV lithography for semiconductors, further improvement in replication fidelity is essential. This study aims to enhance the accuracy of nickel electroforming for these applications. By optimizing deposition parameters and developing advanced electrodeposition systems grounded in electrochemical and electromagnetic theories, we seek to establish a robust framework for next-generation precision manufacturing in both the space and semiconductor industries.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Ali M. Khounsary",
"affiliation": "Illinois Institute of Technology (United States)",
"linkedin": "https://www.linkedin.com/in/ali-khounsary-ph-d-53a4b7ab/",
"website": "https://www.iit.edu/directory/people/ali-khounsary",
"bio": "Medical device development; thermal and fluidic systems; thermal management; X-ray techniques, optics, instrumentation; high heat flux systems; optical and mechanical design and analysis; fabrication techniques; IP development",
"fit_rating": "Strong",
"fit_angle": "Leading figure in the X-ray optics community — chairs sessions here and co-leads the X-Ray Optics Forum.",
"roles": [
{
"type": "chair",
"session": "Session 6: Refractive, Diffractive, and Crystal Optics"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Christoph Rose-Petruck",
"affiliation": "Brown Univ. (United States)",
"linkedin": "https://jp.linkedin.com/in/christoph-rose-petruck-9a9424a5",
"website": "https://chemistry.brown.edu/people/christoph-g-rose-petruck",
"bio": "Christoph G. Rose-Petruck is a Professor of Chemistry at Brown University, where he joined in 1998 and became a full professor in 2012. He earned his Dr. rer. nat. from Ludwig-Maximilians University, Munich (1993) and a Diplom in Physics from TU Hannover (1988). His research spans ultrafast x-ray absorption spectroscopy of chemical reaction dynamics, small-angle x-ray scattering imaging techniques, and electrochemical CO2 conversion; he also serves as Chief Science Officer at Research Instruments Corporation.",
"fit_rating": "Moderate",
"fit_angle": "Laser plasma X-ray source development for industrial metrology, not facility beamtime, but same source technology space.",
"roles": [
{
"type": "presenter",
"session": "Session 3: EUV Source and Optics",
"title": "Laser plasma X-ray sources for semiconductor metrology",
"date": "23 August 2026",
"time": "2:20 PM - 2:40 PM",
"abstract": "The development of compact laser-driven ultrabrilliant microfocus X-ray sources (LPXSs) and their application to semiconductor micro-XRF metrology are discussed. Although we are focusing on mico-XRF in this talk, LPXSs also offer significant advantages in X-ray photoelectron spectroscopy, X-ray scatterometery, and imaging applications. The LPXSs employ high-repetition-rate laser pulses at up to 40 kHz, focused onto liquid metal targets, generating characteristic line emissions in the soft, tender, and hard X-ray regimes (200 eV to 24 keV). LPXSs offer a significant potential enhancement over typical microfocus X-ray tubes.\nLPXS data from Gallium- and Bismuth-based target have been measured. They were used for modelling micro XRF scenarios in semiconductor metrology. The X-ray emissions from the LPXS enable highly sensitive quantization of, e.g., germanium and aluminum on silicon wafers.\nThese results establish a credible pathway to elevate micro-XRF from a near-line analytical technique to a viable inline metrology solution.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Christopher Arrell",
"affiliation": "Paul Scherrer Institut (Switzerland)",
"linkedin": "https://www.linkedin.com/in/christopher-arrell-2a893086/",
"website": "https://www.psi.ch/de/lsc/people/christopher-arrell",
"bio": "Christopher Arrell received his PhD and MSci from Imperial College London. During his doctoral thesis work, he developed an attosecond photoelectron spectroscopy experiment for AMO and solid-state processes using high harmonic generation (HHG). During his PhD he regularly collaborated with the advanced laser labs of RIKEN and with industrial partners at NTT AT labs in Japan to develop new methods to detect and image VUV radiation. In 2011 he joined the lab of Majed Chergui at EPFL, Switzerland. His scientific focus was time-resolved VUV photoelectron spectroscopy of liquids, and he observed the first strong-field processes in liquids. He was part of the seed of the Lausanne Centre for Ultrafast Science (LACUS) and is a partner of LaserLab Europe. In 2017 he joined the SwissFEL project to develop photon diagnostics and detection schemes for hard and soft X-rays.",
"fit_rating": "Strong",
"fit_angle": "SwissFEL wavefront sensor commissioning — direct beamline instrumentation, PSI (already in the 14223 directory too).",
"partnership_angle": [
"His SwissFEL work is wavefront-sensor commissioning for the hard X-ray beamline — instrumentation whose whole purpose is characterizing and optimizing the beam faster and more precisely, the same efficiency problem Wavegate solves from the measurement side rather than the diagnostics side. His other role at PSI (developing photon diagnostics and detection schemes for hard and soft X-rays) makes him a hardware-level contact, not a one-off experiment user.",
"He shows up twice on this program (14230 and 14223) at a major XFEL facility — a well-connected instrumentation specialist worth a real relationship, not a single conversation."
],
"roles": [
{
"type": "presenter",
"session": "Session 4: Beamline",
"title": "Commissioning of a hard X-ray Hartmann wavefront sensor at SwissFEL",
"date": "24 August 2026",
"time": "10:00 AM - 10:20 AM",
"abstract": "We present commissioning results of a Hartmann wavefront sensor (WFS) at the SwissFEL Aramis hard X-ray beamline for beam focus characterization and optimization. The sensor, based on a commercial Imagine Optic HASO HXR system, was used to measure wavefronts of both direct FEL and KB-focused beams at 12.4 keV. Calibration using upstream slits as a reference point source achieved better than 5 pm RMS wavefront error (λ/20). The WFS point-spread function reconstruction yielded focal spot sizes of 78 μm × 51 μm FWHM, in excellent agreement with direct X-ray eye measurements of 73 μm × 55 μm, validating the technique for quantitative focus characterization. Unlike traditional screen-based methods, the WFS provides full phase information enabling identification of specific aberrations and can remain in-line for real-time monitoring without disturbing the sample environment. This work establishes the foundation for routine wavefront diagnostics at SwissFEL.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": [
"collaborator"
]
},
{
"name": "Christopher Bell",
"affiliation": "Illinois Institute of Technology (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "X-ray lens fabrication for beamline optics.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Refractive, Diffractive, and Crystal Optics",
"title": "Performance and Characterization of Aluminum X-Ray Lenses",
"date": "24 August 2026",
"time": "1:20 PM - 1:40 PM",
"abstract": "We report on the performance and characterization of fabricated paraboloidal aluminum X-ray lenses. A stack of the lenses was placed on Illinois Tech’s insertion device beamline at the Advanced Photon Source at Argonne National Laboratory. Knife-edge scans were performed at various distances downstream of the stack to determine the focal distance. The estimated focal distance is 2.72 m horizontally and 2.63 m vertically. The measured flux density at 2.68 m from the lens is 25.8 X the unfocused beam. Several lenses of various radii were individually characterized using X-ray speckle vector tracking metrology at the bending magnet beamline BM05 at the European Synchrotron Radiation Facility. Results indicate that the deviation in lens profile from an ideal paraboloidal shape is on the order of 1 μm, rms.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Colton K. Dudley",
"affiliation": "National Institute of Standards and Technology (United States)",
"linkedin": "https://www.linkedin.com/in/colton-dudley-869aa0200/",
"website": "https://www.nist.gov/people/colton-dudley",
"bio": "Colton Dudley is a Physical Scientist at the National Institute of Standards and Technology (NIST), working within the Nanoscale Spectroscopy Group of the Physical Measurement Laboratory. He was educated at the University of Illinois Urbana-Champaign.",
"fit_rating": "Moderate",
"fit_angle": "EUV metrology/scatterometry at NIST — adjacent to beamline diagnostics, not facility-specific.",
"roles": [
{
"type": "presenter",
"session": "Session 3: EUV Source and Optics",
"title": "Normalization of EUV high-harmonic generated photon flux for EUV scatterometry",
"date": "23 August 2026",
"time": "2:00 PM - 2:20 PM",
"abstract": "Spectroscopic ellipsometry (SE) is a powerful, non-destructive technique for measuring the critical dimensions of patterned semiconductors using visible and ultraviolet techniques. We are developing a metrology testbed to innovate SE beyond the visible into the spectral region from 10 nm to 150 nm to measure future semiconductor devices. One source utilized in our metrology testbed is high-harmonic generation (HHG) which converts infrared photons into the vacuum- and extreme-ultraviolet (VUV, EUV). This work reports our efforts to provide real-time monitoring of the incident VUV or EUV light incident upon the sample to normalize the signals measured upon reflection. The photoelectric effect is central to HHG flux measurements using a metallic grid that samples part of the . Results are compared to measured reflection of and transmission through sub-micron thick metallic foils and against simulation.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "David A. Sheikh",
"affiliation": "ZeCoat Corp. (United States)",
"linkedin": "https://www.linkedin.com/in/david-sheikh-a01137117/",
"website": "https://zecoat.com/about",
"bio": "David A. Sheikh co-founded ZeCoat Corporation in 2011 (with Gillian Sheikh) and serves as its CEO. He holds a B.S. in Chemical Engineering from Washington University in St. Louis and specializes in optical coatings for astronomy and aerospace, having developed coatings used on the Kepler Space Telescope, the Mars InSight lander, and the Moon Mineralogy Mapper. He is currently developing a battery-powered, in-orbit deposition process intended to let spacecraft autonomously refresh their own reflective coatings, in support of the Habitable Worlds Observatory project.",
"fit_rating": "Weak",
"fit_angle": "Space telescope self-coating tech — EUV optics for space, not synchrotron/XFEL beamlines.",
"roles": [
{
"type": "presenter",
"session": "Poster Session",
"title": "In-Orbit Coated Space Telescope for FUV/EUV Observation",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "ZeCoat Corporation is developing a unified concept for a self-coating space telescope by integrating multiple Phase II SBIR–funded technologies matured over more than 25 years. The system combines in-space battery-powered deposition chambers, advanced FUV/EUV multilayer mirror coatings, silicon cladding polishing layers, low-reflectance black coatings for stray-light suppression, and micrometeoroid protection. The telescope’s core innovation is its ability to autonomously apply and refresh optical coatings while on orbit, leveraging the natural ultra-high-vacuum space environment to eliminate oxidation and contamination. This enables high-reflectance performance at far- and extreme-ultraviolet wavelengths, potentially down to ~30 nm, without protective overcoats. Designed as a commercially available platform, the concept lowers mission complexity, broadens access to advanced UV instrumentation, and supports new scientific, commercial, and philanthropic partnerships.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Dmitriy L. Voronov",
"affiliation": "Lawrence Berkeley National Lab. (United States)",
"linkedin": "https://www.linkedin.com/in/dmitriy-voronov-35388641/",
"website": "https://als.lbl.gov/people/dmytro-voronov/",
"bio": "Dmitriy Voronov is a Staff Scientist in the Optics & Optical Systems program at the Advanced Light Source (ALS), Lawrence Berkeley National Laboratory, where he leads development of x-ray diffractive optics (gratings and multilayers) for synchrotron beamlines. He holds a master's degree in Physics of Solids from a national technical university in Ukraine, and his doctoral research focused on fabricating x-ray multilayers for high reflectance in the EUV and soft x-ray range. He joined LBNL in 2007 and has led work on optimized grating coatings that doubled diffraction efficiency versus standard designs.",
"fit_rating": "Strong",
"fit_angle": "LBNL/ALS X-ray grating fabrication — direct beamline optics.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Refractive, Diffractive, and Crystal Optics",
"title": "Maximizing the diffraction efficiency of x-ray gratings",
"date": "24 August 2026",
"time": "2:00 PM - 2:20 PM",
"abstract": "High diffraction efficiency of x-ray gratings is achieved at small grazing angles of incidence within the critical angle range. According to the shadowing model, the efficiency of a blazed diffraction grating under the blaze conditions is a product of grating facet reflectivity and a shadowing factor defined by the diffraction asymmetry. Consequently, a proper choice of a highly reflective material for the grating or the grating coating ensures the highest possible diffraction efficiency. However, the shadowing model is limited by geometrical considerations and does not always provide accurate estimates of the diffraction efficiency. Moreover, a monochromator grating optimized for a target photon energy, operates in a wide energy range, and the facet angle of incidence can exceed the critical angle for the reflective coating, resulting in a drop in reflectivity and diffraction efficiency. The same applies for high groove density gratings for high resolution spectrometers, which work outside the critical angle range. In all such cases the optimization of the reflective coating should be revisited to maximize the diffraction efficiency.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Elliot Jane",
"affiliation": "XDS Oxford Ltd. (United Kingdom)",
"linkedin": "https://uk.linkedin.com/in/elliot-jane-08288b64",
"website": "",
"bio": "Elliot Jane is the Development Manager at XDS Oxford Ltd, a UK company (Oxford) that designs, assembles, tests, installs, and commissions beamlines and beamline components for the global synchrotron industry. He joined the company in June 2024.",
"fit_rating": "Strong",
"fit_angle": "Adaptive optics for diffraction-limited X-ray light sources — direct beamline hardware.",
"roles": [
{
"type": "presenter",
"session": "Session 7: Adaptive Optics",
"title": "Sub-75pm RMS height error adaptive optics for diffraction limited X-ray light sources",
"date": "24 August 2026",
"time": "4:40 PM - 5:00 PM",
"abstract": "We report recent progress on a UHV compatible, bakeable adaptive X‑ray optic using silver nano‑bonded piezoelectric bimorph actuators. The system combines a 24‑channel PZT bimorph mirror from JTEC with XDS Oxford‑designed mechanics, connectivity, and control electronics, developed for the ALS fourth generation synchrotron upgrade.\nNanoscale metrology at the ALBA Synchrotron confirmed a wide dynamic bending range, height errors of 67 pm RMS, and slope errors of 41 nrad RMS. The optic demonstrated high bending resolution, long term stability, and fast nanoscale voltage driven correction. These results establish class leading performance and provide a strong foundation for future in beam, closed‑loop active correction systems.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Fabrizio Riminucci",
"affiliation": "Lawrence Berkeley National Lab. (United States)",
"linkedin": "https://www.linkedin.com/in/fabrizio-riminucci/",
"website": "https://profiles.lbl.gov/33948-fabrizio-riminucci/",
"bio": "Fabrizio Riminucci is a researcher at Lawrence Berkeley National Laboratory's Molecular Foundry, holding a PhD in Physics and Nanoscience from the Universita del Salento, Italy. His work focuses on nanofabrication, plasmonics, polaritonics, and photonics, including cathodoluminescence microscopy of buried nanoscale interfaces and topological light-confinement biosensing.",
"fit_rating": "Strong",
"fit_angle": "LBNL diffraction gratings for high-aperture X-ray spectrometers — beamline instrumentation.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Refractive, Diffractive, and Crystal Optics",
"title": "Scalable fabrication of diffraction gratings for high-aperture X-ray spectrometers",
"date": "24 August 2026",
"time": "2:20 PM - 2:40 PM",
"abstract": "The low angular acceptance of X-ray optics, limited by the critical angle range, severely affects the throughput of X-ray spectrometers. Only a tiny portion of photons emitted by a sample can be collected by the spectrometer aperture and reach the detector. The spectrometer aperture can be dramatically increased using a multiplexing approach adopted for nested X-ray space telescopes. Such an approach would require dozens or hundreds of X-ray diffraction gratings surrounding the sample. Fabricating multiple gratings using existing techniques is hardly possible due to the slow fabrication process and high cost of X-ray gratings. In this work we consider an alternative scalable fabrication process based on replication and nanoinscribing. A master blazed grating was replicated on a Si wafer via nanoimprinting. The cleaved edge of the replica was used as a saw-tooth mold for the nanoinscribing process using a UV-curable resist. We investigated the impact of different process parameters on the replica groove profile, groove placement accuracy, and surface roughness, and evaluated the quality of the replica gratings using AFM and and Fizeau interferometry.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Faiyaz Mollick",
"affiliation": "Raja Ramanna Ctr. for Advanced Technology (India), Homi Bhabha National Institute (India)",
"linkedin": "",
"website": "",
"bio": "Faiyaz Mollick is a researcher in the Accelerator Physics and Synchrotrons Utilization Division at the Raja Ramanna Centre for Advanced Technology (RRCAT), Indore, India, and is affiliated with the Homi Bhabha National Institute. His published research includes work on the structure, stress, and optical properties of nano-structured Mo/Si and W/B4C multilayer mirrors for hard x-ray applications.",
"fit_rating": "Strong",
"fit_angle": "Hard X-ray multilayer mirrors at RRCAT (India's Indus synchrotron facility).",
"roles": [
{
"type": "presenter",
"session": "Session 5: Mirror Optics III",
"title": "Study of interfacial structure and optical performance of hard x-ray multilayer mirrors",
"date": "24 August 2026",
"time": "11:30 AM - 11:50 AM",
"abstract": "We investigate three different multilayer (ML) systems - Mo/Si, W/B₄C, and Ru/B₄C- with an emphasis on their structural characteristics and some representative optical performance for application in the hard x-ray region. High-quality Mo/Si and W/B₄C MLs with well-defined periodic structures have average interface roughness of ~ 0.23 nm and 0.25 nm, respectively. A typical reflectivity of ~ 82% are measured with resolution of ~12 % at 10 keV for Mo/Si ML. Similarly, for W/B4C ML the typical measured reflectivity is ~ 81% with resolution of ~ 4% at 10 keV. In addition, the two Ru/B₄C MLs are fabricated with number of layer pairs of 10 to understand the nano-layer structure which is critical for developing ultra-short period MLs. The good quality MLs with Ru layer thickness of ~1.38 nm has an average interface roughness ~ 0.37 nm. No interlayer formation is observed. These results provide key insights into the design and optimization of ML mirrors for advanced synchrotron applications.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Francesco Marzari",
"affiliation": "Lawrence Berkeley National Lab. (United States), Univ. degli Studi di Trento (Italy), Istituto Nazionale di Fisica Nucleare (Italy)",
"linkedin": "",
"website": "https://webapps.unitn.it/du/en/Persona/PER0197010",
"bio": "Francesco Marzari is affiliated with the Department of Industrial Engineering at the University of Trento, where he is a doctoral student in the national Space Science and Technology PhD program, working in Prof. Daniele Bortoluzzi's space applications laboratory on engineering aspects of LISA (Laser Interferometer Space Antenna), the first gravitational-wave space observatory. He was selected as part of a University of Trento team for the ESA Academy Experiments Programme, and has collaborated with Lawrence Berkeley National Laboratory researchers (e.g., on 'Shaped electrodes for adaptive X-ray optics').",
"fit_rating": "Strong",
"fit_angle": "LBNL bimorph X-ray mirror design — beamline optics hardware.",
"roles": [
{
"type": "presenter",
"session": "Session 7: Adaptive Optics",
"title": "Monolithic lithium niobate bimorph X-ray mirrors: design, modeling, and experimental validation",
"date": "24 August 2026",
"time": "4:20 PM - 4:40 PM",
"abstract": "Recent studies have introduced monolithic piezoelectric mirrors made of lithium niobate for X-ray beam control. We present prototypes of monolithic bimorph mirrors constructed from a single wafer of lithium niobate featuring symmetric, longitudinally continuous, shaped electrodes designed to modulate local curvature upon voltage application. This paper details their design, fabrication, and testing. Experimental results demonstrate a highly deterministic and linear central curvature response to the applied voltage for third- and fourth-order target profiles. Furthermore, we highlight critical fabrication challenges regarding domain inversion depth control and process-induced wafer deformation, providing key insights for future monolithic adaptive optics designs.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Henrique A. Tórtura",
"affiliation": "Lab. Nacional de Luz Sincrotron, Ctr. Nacional de Pesquisa em Energia e Materiais (Brazil)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "Beamline commissioning at Sirius (Brazilian synchrotron) — exactly the beamline-user audience.",
"roles": [
{
"type": "presenter",
"session": "Session 4: Beamline",
"title": "Optical commissioning and automated alignment strategy for the QUATI X-ray absorption spectroscopy beamline at Sirius",
"date": "24 August 2026",
"time": "9:20 AM - 9:40 AM",
"abstract": "The QUATI beamline at Sirius, the Brazilian 4th generation synchrotron, is optimized for high-resolution X-ray absorption spectroscopy. This work presents the results of its optical commissioning, focusing on the alignment of its optical components and the implementation of automated routines to overcome mechanical hardware limitations. We compared experimental beam profiles with results from ray-tracing and wave propagation simulations, highlighting how mirror surface errors influenced the achieved 24.8 x 42.9 µm² focal spot. Furthermore, we address recurrent offsets in the monochromator’s mechanical reference following homing procedures through a simple software-driven solution: a custom graphical user interface utilizing a successive approximation algorithm for automated re-calibration of the second crystal’s degrees of freedom. These results demonstrate how integrated automation can ensure operational stability and mechanical reproducibility in state-of-the-art spectroscopy facilities.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Hidekazu Mimura",
"affiliation": "The Univ. of Tokyo (Japan)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "Leading X-ray mirror optics researcher, chairs two sessions, Conference Co-Chair of 14230.",
"roles": [
{
"type": "chair",
"session": "Session 1: Mirror Optics I"
},
{
"type": "chair",
"session": "Session 7: Adaptive Optics"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Hiroto Motoyama",
"affiliation": "The Univ. of Tokyo (Japan)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "Autonomous manufacturing of nanometer-precision X-ray mirrors.",
"roles": [
{
"type": "presenter",
"session": "Session 2: Mirror Optics II",
"title": "Towards autonomous manufacturing of nanometer-precision X-ray mirrors via robotic orchestration of metrology, polishing, and cleaning",
"date": "23 August 2026",
"time": "11:30 AM - 11:50 AM",
"abstract": "Fabrication of nanometer-precision X-ray mirrors requires a seamless feedback loop between metrology and polishing. We have successfully developed a robotic mounting and measurement system using white light interferometry, achieving sufficient repositioning repeatability for high-precision evaluation. Furthermore, an automated polishing module based on Elastic Emission Machining (EEM) has been established, demonstrating stable material removal performance. This integrated infrastructure is designed not only to eliminate manual intervention but also to serve as a platform for future research into data-driven, autonomous manufacturing that self-optimizes the fabrication cycle. As a first demonstration, the autonomous fabrication and X-ray evaluation of a 100-mm long flat X-ray mirror are planned. This approach paves the way for the intelligent and consistent production of high-performance X-ray optics for synchrotron radiation facilities.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Ian Lacey",
"affiliation": "Lawrence Berkeley National Lab. (United States)",
"linkedin": "https://www.linkedin.com/in/ian-lacey-b15052326/",
"website": "https://als.lbl.gov/people/ian-lacey/",
"bio": "Ian Lacey pursues the limits of optical metrology at the X-Ray Optics Lab of Lawrence Berkeley National Laboratory's Advanced Light Source. He applies his mechanical analytical and design background, to improve instrumentation for characterizing and optimizing x-ray optics. Previously he conducted precision atomic spectroscopy experiments to test fundamental physics, and lead award winning teams of technicians.",
"fit_rating": "Strong",
"fit_angle": "LBNL — interferometry metrology for curved X-ray optics fabrication.",
"partnership_angle": [
"His talk is about the bottleneck in getting trustworthy numbers out of X-ray optics metrology — Fizeau interferometry of large-radius curved mirrors is prone to retrace error, geometrical distortion, and image blurring/sharpening artifacts that have to be corrected out before a mirror is trusted for beamline use. That's a data-quality problem adjacent to TXproducts' core pitch: faster, more reliable characterization matters upstream (validating the optics) as much as downstream (the actual pump-probe measurement).",
"LBNL runs the Advanced Light Source — he sits inside a working synchrotron facility, not just an optics vendor, so he's a plausible bridge into ALS beamline staff who actually allocate user time."
],
"roles": [
{
"type": "presenter",
"session": "Session 2: Mirror Optics II",
"title": "Geometrical distortion effect in Fizeau interferometry measurements of large-radius tangentially curved optics",
"date": "23 August 2026",
"time": "12:10 PM - 12:30 PM",
"abstract": "Plane-wavefront Fizeau interferometry, a major metrology technique for surface characterization of x-­ray optics in the low-mid spatial frequency ranges. However, measurements of large-radius tangentially curved optics are often associated with systematic effects arising from complex phenomena, including retrace error, geometrical distortion, image blurring and - surprisingly - sharpening, observed with a tilted surface. We found peculiarities of geometrical distortion (GD) in the measurement of tangentially curved surfaces. This revealed dependence of GD error on the interferometer’s defocus. The tests were performed at the ALS X-Ray Optics Laboratory with support from US-DoE contract DE-AC02-05CH11231 and DOE SBIR/STTR Program DE-SC0022373 and DE-SC0025839.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": [
"idea"
]
},
{
"name": "Jianli Guo",
"affiliation": "The Univ. of Tokyo (Japan)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "X-ray mirror polishing techniques — beamline optics fabrication.",
"roles": [
{
"type": "presenter",
"session": "Session 1: Mirror Optics I",
"title": "Abrasive-free atomic-level polishing of X-ray mirrors using PMMA in water",
"date": "23 August 2026",
"time": "10:20 AM - 10:40 AM",
"abstract": "Ultra-smooth polishing is essential for high-performance X-ray mirrors, where sub-nanometer roughness affects reflectivity and scattering. We propose a water-based polishing method using an organic polymer (WAPOP) that achieves atomic-level planarization without abrasive slurry and is suitable for X-ray mirror fabrication.\nA PMMA pad is pressed onto the substrate under controlled load while the substrate is scanned in x–y directions, using water as the only medium. Measurements by interferometry and AFM show that surface roughness was reduced below 0.1 nm RMS, demonstrating stable and uniform smoothing.\nThese results indicate that WAPOP is a promising technique for ultra-high-precision X-ray mirror fabrication.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "John P. Sutter",
"affiliation": "Diamond Light Source Ltd. (United Kingdom)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "Diamond Light Source — X-ray topography for the Diamond-II upgrade, direct facility work.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Refractive, Diffractive, and Crystal Optics",
"title": "Development and application of X-ray topography for the Diamond-II upgrade",
"date": "24 August 2026",
"time": "3:00 PM - 3:20 PM",
"abstract": "Diamond Light Source is now applying its X-ray topography measurement program to test crystal optics for the upgraded source Diamond-II. Case studies of crystal optics for the upgrade will be shown. Both surface defects and long-range lattice strains are measured with high resolution at room temperature and under cryocooling. A stitching algorithm has been developed for test crystals too large to be viewed all at once. Refinements for X-ray topography using high-order Bragg reflections of high-energy X-rays are now being implemented.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Keiko Munechika",
"affiliation": "HighRI Optics, Inc. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Moderate",
"fit_angle": "Interferometer calibration artifacts — metrology tooling company, beamline-adjacent.",
"roles": [
{
"type": "presenter",
"session": "Session 2: Mirror Optics II",
"title": "Binary pseudo-random array test artifacts for calibration of interferometers with transmission cylinders",
"date": "23 August 2026",
"time": "11:50 AM - 12:10 PM",
"abstract": "High‑accuracy metrology is essential for fabricating and optimizing free‑form X‑ray mirrors, where nanometer‑scale precision demands reliable calibration of instrument performance. Binary pseudo‑random array (BPRA) “white‑noise” artifacts enable direct determination of an instrument’s transfer function (ITF). To extend this capability to spherical and aspherical‑wavefront Fizeau interferometers, we developed a hybrid calibration standard that integrates a BPRA pattern with a reflection computer‑generated hologram (CGH), enabling efficient characterization of interferometers in their specific experimental configurations.\nWe applied this BPRA‑based technique to the GSFC FizCam 2000, a short‑coherence Fizeau interferometer. ITF measurements demonstrated nearly an order‑of‑magnitude improvement in lateral resolution when using a tangentially tilted optic under test. These results highlight the strong potential of BPRA‑CGH standards for advancing cylindrical‑wavefront metrology at NASA. We also identified limitations of CGHs under short‑coherence operation and are refining BPRA designs to enable high‑confidence Fizeau interferometry for mission‑specific optics.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Ladislav Pína",
"affiliation": "Czech Technical Univ. in Prague (Czech Republic)",
"linkedin": "https://www.linkedin.com/in/ladislav-pina-6830a49/",
"website": "https://rigaku.com/about/rigaku-divisions/rigaku-innovative-technologies-europe-sro",
"bio": "CEO of Rigaku Innovative Technologies Europe s.r.o., alongside his academic affiliation with the Czech Technical University in Prague listed on the SPIE program.",
"fit_rating": "Strong",
"fit_angle": "Chairs four sessions here, Conference Co-Chair of 14230, and co-leads the X-Ray Optics Forum — extremely well-connected.",
"roles": [
{
"type": "chair",
"session": "Session 1: Mirror Optics I"
},
{
"type": "chair",
"session": "Session 2: Mirror Optics II"
},
{
"type": "chair",
"session": "Session 3: EUV Source and Optics"
},
{
"type": "chair",
"session": "Session 4: Beamline"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Manh Hung Dinh",
"affiliation": "Illinois Institute of Technology (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "Side-cooled X-ray mirror design — beamline optics hardware.",
"roles": [
{
"type": "presenter",
"session": "Session 5: Mirror Optics III",
"title": "Reflection on the design of side-cooled X-ray mirrors",
"date": "24 August 2026",
"time": "11:10 AM - 11:30 AM",
"abstract": "The performance of a recently installed side-cooled mirror on a bending magnet beamline is described, demonstrating unintended structural coupling between the mirror and the coupling blocks. This is the result of friction and cold welding (contact adhesion) among the copper cooling block, the thermal interface material (Indium) and the silicon mirror. Temperature changes in this system can lead to significant tangential deformations of the mirror. X-ray and optical metrology along with thermal and structural studies are carried out to investigate the nature and impact of the said coupling.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Mohamed Elkabbash",
"affiliation": "Wyant College of Optical Sciences (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Moderate",
"fit_angle": "EUV transmissive flat lens optics — relevant but not facility-specific.",
"roles": [
{
"type": "presenter",
"session": "Session 3: EUV Source and Optics",
"title": "Effective medium optics for high-NA and large area EUV transmissive flat lenses",
"date": "23 August 2026",
"time": "2:40 PM - 3:00 PM",
"abstract": "Transmissive flat optics at the extreme ultraviolet (EUV) wavelength of 13.5 nm remain difficult to realize due to weak refractive index contrast and strong absorption in available materials. Existing metasurface-based EUV lenses rely on phase libraries derived from isolated meta-atom simulations, which neglect near-field coupling between neighboring elements and introduce phase errors that limit focusing efficiency. While inverse design methods can partially mitigate these errors, they become computationally prohibitive for large-area lenses at nanometer-scale wavelengths. In this work we demonstrate a transmissive flat lens based on effective medium optics, where the phase delay is controlled by varying the density of deeply subwavelength inclusions rather than the geometry of isolated meta-atoms. Our approach overcomes phase errors arising from near-field coupling. Full-wave simulations of the complete lens show focusing efficiencies approaching 30% for a numerical aperture of 0.35, matching previous focusing efficiencies that ignored near-field coupling at NA = 0.16. The results indicate a scalable route toward high-NA transmissive EUV flat optics relevant to lithography.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Nanu Brates",
"affiliation": "Energetiq Technology, Inc. (United States)",
"linkedin": "https://www.linkedin.com/in/dr-nanu-brates-096a0865/",
"website": "https://www.linkedin.com/company/energetiq-technology/",
"bio": "Nanu Brates is a senior principal scientist at Energetiq Technology who focuses on the development of new light source technologies. Nanu received his Ph.D. in electrical engineering with a concentration on plasma physics at the State University of New York, Buffalo. Before joining Energetiq, Nanu worked at Panasonic R&D and OSRAM Sylvania, developing picosecond lasers, advanced solid-state technologies, and discharge lighting technologies.",
"fit_rating": "Strong",
"fit_angle": "Energetiq — SXR source development for metrology and inspection, X-ray source hardware company.",
"partnership_angle": [
"Energetiq sells lab-based SXR sources (the EQ-10 Electrodeless Z-Pinch) for metrology, inspection, and process control. Customers using these in-house sources for day-to-day QC will still hit a ceiling and need synchrotron-grade beamtime for anything requiring higher flux or resolution — a natural referral relationship, the same way ATS/RTS route customers who outgrow in-house testing in the Address Book."
],
"roles": [
{
"type": "presenter",
"session": "Session 3: EUV Source and Optics",
"title": "SXR development for metrology, inspection, and process control using a discharge-produced plasma source",
"date": "23 August 2026",
"time": "3:00 PM - 3:20 PM",
"abstract": "Energetiq Technology’s EQ-10 Electrodeless Z-Pinch™ light source uses a Ar plasma Z-pinch to generate SXR radiation delivering 450mW in the 2.5 – 10 nm wavelength interval (in a 2pi solid angle)",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": [
"connector"
]
},
{
"name": "Pramod S. Reddy",
"affiliation": "Univ. of Michigan (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Nanoscale radiative heat transfer — general photonics, not X-ray/beamline related.",
"roles": [
{
"type": "presenter",
"session": "Sunday Evening Sustainability Plenary",
"title": "Energy transfer and conversion in nanoscale gaps",
"date": "23 August 2026",
"time": "6:05 PM - 6:45 PM",
"abstract": "Understanding radiative heat transfer in nanoscale gaps and devices is of great current interest due to the strong potential of nanoscale thermal radiation for creating novel energy conversion devices. In this talk, I will describe ongoing efforts in our group to experimentally elucidate nanoscale radiative heat transfer and leveraging it for developing novel energy conversion technologies. Specifically, I will present our recent experimental work where we have developed and employed novel nano positioning platforms and custom-developed microdevices to perform first systematic experiments that reveal that radiative heat transfer rates in nanometer sized gaps can exceed those set by the blackbody limit by several orders of magnitude. Next, I will discuss how such enhancements in radiative heat transfer rates can enable novel photonic based energy conversion and refrigeration technologies and present experimental data that highlight the promise of these approaches. Finally, I will briefly outline how these technical advances can be leveraged for converting heat to electricity with high efficiency and high power output to develop novel energy conversion technologies that can contribute to a sustainable future. I will close by previewing two emerging directions in the group: direct measurements of Casimir forces in nanoscale gaps and the search for persistent thermal currents that are analogous to electrical supercurrents in superconductors.",
"notes": "Plenary Presentation"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Qiaoqiang Gan",
"affiliation": "King Abdullah Univ. of Science and Technology (Saudi Arabia)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Thermal photonics for cooling/water — general photonics, not X-ray/beamline related.",
"roles": [
{
"type": "presenter",
"session": "Sunday Evening Sustainability Plenary",
"title": "Thermal photonics for the sustainable water and cooling nexus in extreme heat",
"date": "23 August 2026",
"time": "6:45 PM - 7:25 PM",
"abstract": "Accelerating global warming has driven record-high ambient temperatures across major cities worldwide, sharply intensifying cooling demand and straining energy and water infrastructures. Regions already exposed to extreme climates, including tropical and desert countries such as Saudi Arabia, are emerging as critical testbeds for forward-looking strategies to confront the future of global heat stress. Developing cooling technologies that are both energy-efficient and climate-resilient has therefore become a defining scientific challenge.\nThis talk explores how thermal photonics enables new pathways for heat management through engineered solar absorption, thermal emission, and radiative heat transfer. I will first discuss recent advances in scalable solar-thermal photonic architectures, including low-cost photothermal evaporation systems for sustainable desalination and zero-liquid-discharge water treatment. However, efficient heating alone is insufficient without sustainable cold sources. In the second part, I will present passive radiative cooling strategies that reject heat directly to outer space without energy input, enabling sub-ambient cooling and atmospheric water harvesting. These advances establish thermal photonics as a foundational framework for cooling in an increasingly overheated world.",
"notes": "Plenary Presentation"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Satoshi Matsuyama",
"affiliation": "Nagoya Univ. (Japan)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "Adaptive X-ray imaging optics for high-resolution microscopy — beamline instrumentation.",
"roles": [
{
"type": "presenter",
"session": "Session 4: Beamline",
"title": "Development of an adaptive X-ray imaging optical system for high-resolution full-field microscopy",
"date": "24 August 2026",
"time": "9:40 AM - 10:00 AM",
"abstract": "We report the development of a high resolution full field X ray microscope based on an adaptive AKB-III optical system consisting of four reflective mirrors. The system incorporates two highly stable deformable elliptical mirrors fabricated from single crystal lithium niobate, enabling precise wavefront correction. A prototype microscope integrating this adaptive optical system was constructed and experimentally tested at SPring 8 using X-rays at an energy of 10 keV. Through active optimization of the deformable mirrors and alignment of the AKB III configuration, the system successfully resolved 20 nm features of a Siemens star chart in full field imaging. These results demonstrate the significant potential of adaptive X ray optics for future ultrahigh resolution microscopy.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Shashidhara Marathe",
"affiliation": "Diamond Light Source Ltd. (United Kingdom)",
"linkedin": "https://www.linkedin.com/in/shashidhara-marathe-a913ba98/",
"website": "https://www.diamond.ac.uk/Instruments/Imaging-and-Microscopy/I13-2/Staff/Shashidhara-Marathe.html",
"bio": "The speaker is a beamline scientist at I13-2 beamline, Diamond Light Source (DLS), UK. He obtained his masters in Materials Science (from Mangalore University) and a masters in Materials Engineering (from National Institute of Technology, Karnataka) in India. He then went on to pursue his PhD in coherent diffraction imaging from Gwangju Institute of Science and Technology (GIST), South Korea and graduated in 2011. Later joined Advanced Photon Source, Argonne National Laboratory, USA for a postdoctoral position and worked on developing the X-ray Grating Talbot interferometer. He is interested in phase sensitive X-ray imaging techniques, X-ray optics and X-ray tomography.",
"fit_rating": "Strong",
"fit_angle": "Diamond Light Source I13-2 beamline monochromator design — direct facility beamline work.",
"partnership_angle": [
"He's designing the optic (a double multilayer monochromator) that determines how efficiently I13-2 — one of Diamond's longest beamlines at 180 m — delivers a stable, homogeneous beam to users. Mechanical stability and beam homogeneity are the same variables that determine how much of a user's allocated beamtime gets wasted on setup and drift instead of actual data collection, which is exactly the inefficiency Wavegate is built to cut down on the user side.",
"As beamline staff rather than a one-off user, he's a plausible channel into Diamond's I13-2 user program directly."
],
"roles": [
{
"type": "presenter",
"session": "Session 4: Beamline",
"title": "Design of a double multilayer monochromator (DMM) optics for the Diamond Light Source (DLS) I13-2 beamline",
"date": "24 August 2026",
"time": "9:00 AM - 9:20 AM",
"abstract": "This work presents design concepts of a Double Multilayer Monochromator (DMM) system to be installed at the I13-2 beamline of Diamond Light Source. Being one of the longest beamline (distance from DMM to sample position of 180 m) in Diamond Light Source, the most critical aspect of the design are mechanical stability and the homogeneous beam profile. We will discuss the various design aspects and choices.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": [
"collaborator"
]
},
{
"name": "Stanislav Stoupin",
"affiliation": "Lawrence Livermore National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "LLNL X-ray crystal imagers for plasma diagnostics — X-ray optics hardware.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Refractive, Diffractive, and Crystal Optics",
"title": "Study of chromatic aberrations in X-ray crystal imagers for plasma diagnostics",
"date": "24 August 2026",
"time": "2:40 PM - 3:00 PM",
"abstract": "We explore chromatic aberrations in x-ray crystal imagers. The aberrations originate from the spectral distribution of the incident radiation limited by the extent of the Bragg angles achieved on the crystal surface. They can become non-negligible in setups with large working (source-to-optic) distances and high magnification as crystal size is increased to accept the required solid angle of a few msr. This scaled arrangement is preferrable for inertial confinement fusion experiments with high neutron yield. It helps to achieve greater clearance for diagnostic instruments in the target chamber and to mitigate background on detectors by placing them at a large distance from the target. In such cases the aberrations can be mitigated using ellipsoidal crystals (ellipsoid of revolution), which permit polychromatic imaging [4]. We present results of ray tracing simulations which illustrate advantages of the ellipsoidal crystals.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Stavroula Foteinopoulou",
"affiliation": "The Univ. of New Mexico (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Chairs the general Sustainability Plenary — not X-ray/beamline specific.",
"roles": [
{
"type": "chair",
"session": "Sunday Evening Sustainability Plenary"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Takato Inoue",
"affiliation": "Nagoya Univ. (Japan)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "Deformable X-ray mirror development, chairs Mirror Optics III.",
"roles": [
{
"type": "chair",
"session": "Session 5: Mirror Optics III"
},
{
"type": "presenter",
"session": "Session 7: Adaptive Optics",
"title": "Development of ultrathin deformable mirror using lithium tantalate",
"date": "24 August 2026",
"time": "3:50 PM - 4:20 PM",
"abstract": "Deformable mirrors (DMs) enable variable parameter X-ray focusing, but conventional DMs have limited deformation capability because piezoelectric plates are bonded to a mirror substrate. We developed a monolithic bimorph mirror using lithium tantalate (LT), whose polarization inversion creates a built-in bimorph structure within a single crystal. Since LT provides an atomically smooth reflective surface, the mirror can be extremely thin with greatly enhanced deformation. Using this approach, we fabricated a 0.25 mm thick DM and varied the X-ray beam size from 260 nm to 160 μm.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Takehiro Kume",
"affiliation": "Natsume Optical Corp. (Japan)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "Curved X-ray mirror fabrication — beamline optics hardware.",
"roles": [
{
"type": "presenter",
"session": "Session 5: Mirror Optics III",
"title": "Fabrication of steeply curved X-ray mirror using electroformed substrate",
"date": "24 August 2026",
"time": "10:50 AM - 11:10 AM",
"abstract": "High-precision electroforming, which integrates mandrel fabrication, room-temperature nickel or copper plating, and separation, is employed to fabricate X-ray focusing mirrors having a sagittal radius of curvature of several millimeters. While these mirrors have successfully achieved focal sizes under 200 nm, replication errors prevent the mirrors from achieving their ideal focusing performance.\nWe have been developing a fabrication process for steeply curved X-ray mirrors using an electroformed substrate. An electroformed mirror is cut along its central axis to expose the steeply curved replicated surface, which is then subjected to figure correction. In this study, we demonstrated figure correction based on figure measurement using a scanning coordinate measuring machine with a contact probe, and fabricated a prototype of the mirror. The results and the current status of the process development are reported.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Yu-Chung Lin",
"affiliation": "Argonne National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "Argonne/APS — X-ray compound refractive lens fabrication, direct facility beamline optics.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Refractive, Diffractive, and Crystal Optics",
"title": "Challenges and mitigation strategies in high-throughput one-photon photopolymerization for x-ray compound refractive lenses fabrication",
"date": "24 August 2026",
"time": "1:40 PM - 2:00 PM",
"abstract": "Photopolymerization-based 3D printing provides a scalable route for refractive X-ray optics. Compared with two-photon polymerization (2PP), one-photon photopolymerization (1PP) relies on linear absorption, enabling volumetric writing rates up to three orders of magnitude higher without ultrafast lasers or complex beam optics. However, 1PP is strongly influenced by proximity effects that cause overwriting, geometric distortion, and uncontrolled polymerization, particularly for dense geometries such as compound refractive lenses (CRLs). We investigate the kinetics of 1PP using a prototype high-throughput, high-NA system and demonstrate rapid fabrication of millimeter-scale, one-dimensional focusing CRLs. Proximity-mitigation strategies, including layer-by-layer writing and dynamic laser intensity modulation, are evaluated to improve pattern uniformity and dimensional control. Refractive index decrement (δ) measurements from 1PP-printed prism structures are comparable to those of the 2PP resist IP-S, indicating that 1PP materials can achieve optical properties suitable for CRL applications.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Yutaka Ebiike",
"affiliation": "The Univ. of Tokyo (Japan)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "Wavefront metrology system for X-ray mirror fabrication.",
"roles": [
{
"type": "presenter",
"session": "Session 1: Mirror Optics I",
"title": "Development of a differential deposition system based on wavefront metrology for ellipsoidal mirrors",
"date": "23 August 2026",
"time": "10:00 AM - 10:20 AM",
"abstract": "While soft X-ray ellipsoidal mirrors have superior properties such as high NA and long working distance, their inner reflective surfaces are extremely difficult to manufacture. Current replication processes enable sub-μm focusing under partial illumination. However, achieving diffraction-limited 10 nm focusing under full-shell illumination necessitates further figure correction. In this study, we developed metrology and fabrication processes for these inner surfaces.\nA Mach-Zehnder point diffraction interferometer was developed to measure the wavefront of the beam focused by the mirror, achieving ~3 nm repeatability. For fabrication, deterministic profile coating was performed using a compact Ni target. The surface roughness reached RMS 0.2 nm with a deposition rate of 0.5 nm/min. By controlling dwell-time distribution, a profile with a PV of 40 nm was formed at 4 mm spatial resolution. The RMS error of 7.0 nm from the theoretical profile indicates that the surface can converge to the target through iterative processing.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
}
],
"date_anchor": "August 23",
"itin_summary": "Advances in X-Ray/EUV Sources, Optics, and Components - almost entirely beamline optics hardware (mirrors, gratings, monochromators, adaptive optics). No formal role for Peter; attending as an interested party. The single most concentrated pool of Strong-fit contacts across all four events."
},
{
"id": "spie-14231",
"name": "Hard X-Ray, Gamma-Ray, and Neutron Detector Physics XXVIII",
"conference_number": "14231",
"parent_event": "SPIE Optics + Photonics 2026",
"dates": "24-26 August 2026",
"location": "Conv. Ctr. Room 14A",
"source_url": "https://spie.org/OP26O/conferencedetails/x-ray-gamma-ray-neutron-detector-physics",
"abstract": "Significant progress continues in the development of hard x-ray, gamma-ray, and neutron detectors, along with associated technologies for spectroscopy and imaging of these energetic photons and particles. Key application areas include nuclear medicine, astrophysics, dental imaging, dosimetry, industrial radiography, nondestructive testing, and explosives detection.",
"presenters": [
{
"name": "Ahmed Moustafa",
"affiliation": "Oak Ridge National Lab. (United States)",
"linkedin": "https://www.linkedin.com/in/ahmed-moustafa-b5a88520a/",
"website": "https://www.ornl.gov/staff-profile/ahmed-m-moustafa",
"bio": "Ahmed Moustafa is a Postdoctoral Research Associate with the Detectors Group at the Neutron Sciences Directorate of Oak Ridge National Laboratory. He is part of an early-career project to develop a high-rate, high-resolution, SiPM-based thermal neutron Anger Camera for reflectometry instruments at the Spallation Neutron Source.",
"fit_rating": "Strong",
"fit_angle": "Silicon photomultiplier damage testing explicitly at scattering beamlines — direct beamline-user work.",
"partnership_angle": [
"His work irradiates SiPM detector arrays and reads out damage via a dark-current increase — a destructive, consumptive characterization method similar to the DPA/cross-sectioning pattern seen across the radiation-hardness targets in the Address Book (EPC Space, Navitas, ATS). A faster, non-destructive structural read on irradiated detector components would be a genuinely relevant complementary technique to raise with him, especially since he's already doing this work at a national-lab neutron facility (ORNL/HFIR)."
],
"roles": [
{
"type": "presenter",
"session": "Poster Session",
"title": "Characterization of the silicon photomultiplier damage under cold and fast neutron irradiation at scattering beamlines",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "This work characterizes the damage to the silicon photomultipliers (SiPMs) of neutron detectors deployed at the neutron scattering beamlines at Oak Ridge National Laboratory. Onsemi C-series 8×8 SiPM arrays were irradiated at the CG-1A cold neutron beamline (λ=4.2 Å) at the High Flux Isotope Reactor (HFIR) to a total fluence of around 8×10^10 n/cm2. The dark current was found to increase by a factor of three from the baseline of the non-irradiated SiPM pixels. This increase is well within the dynamic range of the baseline correction circuitry of the SiPM-readout detectors deployed at HFIR. Comparing to fast neutron damage is also presented, along with treating the SiPMs via thermal annealing to extend their operational lifetime.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": [
"idea"
]
},
{
"name": "Alan Sellinger",
"affiliation": "Colorado School of Mines (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Scintillator dopant chemistry — materials chemistry, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 5: Organic Scintillators and Applications",
"title": "Design and synthesis of novel fluorescent dopants for organic and plastic scintillators",
"date": "25 August 2026",
"time": "8:20 AM - 8:45 AM",
"abstract": "This presentation will describe recent work in our research group on the design, synthesis and characterization of novel fluorescent dopants for application in ionizing radiation detection. For example, we have prepared reactive fluorene-based fluorophores that can be chemically integrated into traditional matrices such as poly(vinyl toluene) and newer matrices such as phenyl-based silicones. This prevents dopant diffusion that occurs in traditional blended systems that leads to reduced stability. We have also prepared fluorophores for use in organic glass scintillators (OGS) leading to stable, easily processed and highly efficient light output (LO, >120% compared to EJ 200) and pulse shape discrimination (PSD, >2.1 figure of merit (FoM).",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Aleksey E. Bolotnikov",
"affiliation": "Brookhaven National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Moderate",
"fit_angle": "Brookhaven National Lab (hosts NSLS-II synchrotron) — gamma-ray detector physics, facility-adjacent but not explicitly beamline work.",
"roles": [
{
"type": "presenter",
"session": "Session 2: Semiconductor Materials Science and Devices II",
"title": "Recent developments of position-sensitive virtual Frisch-grid detectors for spectroscopy and imaging of gamma ray sources",
"date": "24 August 2026",
"time": "11:10 AM - 11:35 AM",
"abstract": "We report recent progress in the development of CdZnTe (CZT) and CdZnTeSe (CSTS) position-sensitive virtual Frisch-grid (PS-VFG) gamma-ray detectors. The high 3D position sensitivity enabled by the VFG design allows correction of response non-uniformities caused by crystal defects. Improving position and energy resolution through the application of neural network algorithms is critical for the development of high-performance and reliable detector systems. The lateral displacements of charge carriers in which may exceed 1-2 mm over a >1 cm drift distance, strongly affect the imaging capabilities of gamma cameras based on H3D and VFG detectors. These displacements are closely tied to crystal defects, such as dislocations and sub-grain boundaries, which are always present, even in the highest-quality crystals. To address this issue, we propose using detectors with smaller-than-typical cross-sectional areas (4x4 or 5x5 mm²), which match the size of the basic element in the coded aperture.Progress to incorporate PS-VFG detectors into a compact gamma-ray spectrometer for potential safeguards applications will also be presented.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Alexandros Kostogiannes",
"affiliation": "Lawrence Livermore National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "MeV-range X-ray imagers for nuclear/security applications, outside typical synchrotron beamline energy ranges.",
"roles": [
{
"type": "presenter",
"session": "Session 4: X-Ray Imaging Detectors and Applications",
"title": "High performance MeV X-ray imagers employing transparent ceramic scintillator",
"date": "24 August 2026",
"time": "4:10 PM - 4:30 PM",
"abstract": "Transparent ceramic scintillator plates with the composition (Gd,Lu)2O3:Eu (GLO) have been demonstrated in lens-coupled imagers for use in MeV x-ray imaging. More recently, GLO-enhanced imagers that use GLO plates coupled to amorphous silicon panels have been developed to improve portability and ease-of-use. GLO exhibits desirable physical and optical properties, including high density, large x-ray absorption coefficient and high light yield. Combined with the ability to fabricate large, thin plates (up to 14 × 14 inch), these properties enable improved MeV imaging performance compared to commercial thin scintillator screens CsI and Gd2O2S. Furthermore, recent work on engineering a pixelated geometry using direct ink write (DIW) has produced GLO ceramics with further enhanced brightness, contrast, and spatial resolution.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Angela Di Fulvio",
"affiliation": "Univ. of Illinois (United States)",
"linkedin": "https://www.linkedin.com/in/angela-di-fulvio-7452187/",
"website": "https://npre.illinois.edu/people/profile/difulvio",
"bio": "Angela Di Fulvio is an Associate Professor and Donald Biggar Willett Faculty Scholar in the Department of Nuclear, Plasma & Radiological Engineering at the University of Illinois Urbana-Champaign, and Director of the Program in Arms Control & Domestic and International Security (ACDIS). She earned her Ph.D. in Nuclear Engineering and Industrial Safety from the University of Pisa (2012), held postdoctoral positions at Yale University and the University of Michigan, and joined Illinois in 2018. Her research covers neutron detection, spectroscopy, dosimetry, and imaging, radiation protection in medical therapies, and instrumentation for nuclear nonproliferation and homeland security.",
"fit_rating": "Weak",
"fit_angle": "Nuclear transmutation detection — nuclear security, not beamline science.",
"roles": [
{
"type": "chair",
"session": "Session 5: Organic Scintillators and Applications"
},
{
"type": "presenter",
"session": "Session 8: Multimodal Detector Systems and Algorithms",
"title": "Nuclear data and detection technology needs for nuclear transmutation",
"date": "25 August 2026",
"time": "3:55 PM - 4:20 PM",
"abstract": "Transmutation systems with external neutron drivers and subcritical targets (XDS) are being explored to reduce the long-term radiotoxicity of used nuclear fuel. The UIUC EINSTEIN project is developing an integrated techno-economic and system-simulation framework to rapidly assess XDS concepts, which depends on validated nuclear data across broad materials and high-energy regimes. We performed sensitivity/uncertainty analyses of\nk-eff using SCALE 6.2.4/TSUNAMI with ENDF/B-VII.1 for two designs: a liquid-lead MA/Pu system driven by 1 GeV spallation and a fusion-driven molten-chloride MA burner. Dominant uncertainty contributors include Pb(n,n′) and\n241-Am/237-Np fission spectra.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Anthony M. Kangethe",
"affiliation": "Morgan State Univ. (United States)",
"linkedin": "",
"website": "",
"bio": "Confirmed as a real researcher affiliated with Morgan State University: listed as an author (alongside Morgan State colleagues Stephen U. Egarievwe and Julius O. Jow, and Savannah River National Laboratory researchers Utpal N. Roy and Ralph B. James) on the SPIE Optics + Photonics 2026 program for the Hard X-Ray, Gamma-Ray, and Neutron Detector Physics XXVIII conference, suggesting work in semiconductor radiation detector materials.",
"fit_rating": "Weak",
"fit_angle": "Theoretical perovskite band structure calculations — materials theory, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Poster Session",
"title": "First‑principles study of electronic band structure and spin-orbit coupling effects in cesium germanium bromide perovskite",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "Cesium germanium bromide (CsGeBr₃) is a lead-free perovskite that has great potential in X-ray and gamma-ray detection. This report presents first-principles density functional theory (DFT) simulations of the lead-free halide perovskite CsGeBr₃, performed with and without spin–orbit coupling (SOC) using the PBE-GGA functional as implemented in Quantum ESPRESSO 7.4.1. Structural relaxation followed by self-consistent (SCF), non-self-consistent (NSCF), band-structure, and density-of-states (DOS/PDOS) analyses confirms that CsGeBr₃ is an indirect bandgap semiconductor. The resulting fundamental indirect bandgap is 0.87 eV in non-SOC and 0.76 eV when SOC is included, indicating a modest SOC-induced reduction of approximately 0.1 eV. In addition to the eigenvalue-derived gap, DOS-based analyses yield larger apparent gaps of about 1.9 eV (DOS onset-to-onset) and 3.02 eV (expanded peak-to-peak separation). The results establish a baseline for dopants optimization.\n[Acknowledgment: This material is based upon work supported by the U.S. Department of Energy, Office of Research and Economic Development, NNSA Minority Serving Institution Partnership Program under Award Number NA0004192.]",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Arrate Muñoz Barrutia",
"affiliation": "Univ. Carlos III de Madrid (Spain), Instituto de Investigación Sanitaria Gregorio Marañón (Spain)",
"linkedin": "https://www.linkedin.com/in/arratemunozbarrutia/",
"website": "https://www.uc3m.es/ss/Satellite/DeptBioingenieria/en/DetallePersonalDept/1371347493955/idu-221235",
"bio": "Arrate Muñoz Barrutia is Full Professor at Universidad Carlos III de Madrid and Senior Researcher at Instituto de Investigación Sanitaria Gregorio Marañón. She received a PhD from EPFL (Switzerland) and has held visiting positions at Johns Hopkins University and Caltech. Her research focuses on artificial intelligence for quantitative bioimaging, with particular emphasis on deep learning, reproducible bioimage analysis workflows, and multiscale modeling of disease. She has contributed to foundational developments in bioimage segmentation, 3D histological reconstruction, and open-source AI tools that bridge advanced machine learning with experimental microscopy, including deepImageJ and the BioImage Model Zoo. Her work spans computational oncology, neurodegeneration modeling, and data-driven approaches to understand tissue organization and disease progression. She is an IEEE Fellow and serves as Associate Editor of IEEE Transactions on Medical Imaging.",
"fit_rating": "Weak",
"fit_angle": "AI for microscopy image analysis — same person/rating as in the 14223 directory.",
"roles": [
{
"type": "presenter",
"session": "Artificial Intelligence Plenary",
"title": "Artificial intelligence for microscopy: from image analysis to intelligent imaging",
"date": "26 August 2026",
"time": "5:05 PM - 5:45 PM",
"abstract": "Recent advances in microscopy are generating unprecedented volumes of high-resolution biological data across spatial and temporal scales. Artificial intelligence is rapidly transforming how this data is interpreted, enabling the automated extraction of quantitative information from complex images and opening new opportunities for data-driven discovery in biology and medicine.\nThis lecture will discuss recent progress in the integration of deep learning with microscopy workflows, highlighting how AI methods are reshaping the analysis of biological images and enabling reproducible, scalable computational pipelines. Particular emphasis will be placed on the development of accessible AI tools and open computational frameworks that allow researchers to deploy advanced machine-learning models directly within established bioimaging environments.\nInterdisciplinary approaches that combine AI-based image analysis with physical and biological modeling are also emerging as powerful strategies to study complex biological systems. Such approaches enable quantitative investigation of cell mechanics, tissue organization, and large-scale three-dimensional histological reconstruction, illustrating how computational methods can reveal new insights into biological structure and function across scales.\nFinally, emerging directions at the intersection of artificial intelligence and optical imaging will be discussed, including smart microscopy systems capable of adaptive acquisition, agent-based AI approaches for scientific discovery, and the growing importance of sustainable computing in data-intensive bioimaging.",
"notes": "Plenary Presentation"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Benjamin C. He",
"affiliation": "Univ. of California, Berkeley (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "X-ray inspection of animals — veterinary/medical imaging, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Poster Session",
"title": "Diagnostically mathematical mechanism when X-rays applying on inspection of healthy conditions of living animals",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "X-rays have been applying in the field of medicine for many years and the tools developed are playing significant roles on the physical examinations and the diagnostics on the disease of human being and other living animals. In this paper, the mathematical methodology is discussed to demonstrate the detailed practical approach that is carried on such automation of the implementation with the basic theory is based on the second-ordered level set. The aims of this paper are to reduce the workload of the medical workers and increase the accuracy of diagnostics. The third purpose is to deliver a valuable tool that could collect and classify more data for the usage of the future in the treatments of all the living animals.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Brenden W. Wiggins",
"affiliation": "Los Alamos National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "Brenden W. Wiggins is a researcher at Los Alamos National Laboratory working on neutron detector technology. He is a co-author (with LANL colleagues including Andrea Favalli, Metodi Iliev, Cameron G. Richards, Kristofer Ogren, Thomas D. McLean, and Kiril D. Ianakiev) of published work on solid, structured composite (SPC) neutron detectors using 6Li-glass scintillator particles in an acrylic matrix, aimed at high-dynamic-range alternatives to 3He-based neutron detection, published in the Journal of Applied Physics.",
"fit_rating": "Weak",
"fit_angle": "Compact neutron detectors — security/nuclear detection, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Neutron Sources, Detectors, and Applications",
"title": "Developments in large, compact neutron detectors based on scintillating particle composites",
"date": "25 August 2026",
"time": "10:20 AM - 10:40 AM",
"abstract": "Recently, scintillating particle composites have gained much attention due to their compact design, good radiation damage tolerance, low misidentification rate for gammas, and robust neutron detection characteristics; however, light transport characteristics have been largely neglected due to their inherent computational complexities, mainly through light scattering characteristics. In this study, we explore light transport characteristics of large (> 2\" x 2\") volume scintillating particle composites, with emphasis on the light collection efficiency, to extend performance knowledge for this technology; here, multiple scintillating particle designs are evaluated using tightly coupled MCNP6-FRED optical ray tracing simulations. For the first time, we will investigate light collection efficiency dependencies on detector volumes larger than 2\" x 2\".",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Brian Kiyingi",
"affiliation": "Goodall Safety Consultants (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Regulatory dose output study for clinical X-ray machines — not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 4: X-Ray Imaging Detectors and Applications",
"title": "Effect of varying HVL values on the dose output of plain X-ray machines at a fixed kV of 80, a regulatory perspective",
"date": "24 August 2026",
"time": "4:50 PM - 5:10 PM",
"abstract": "The study examined Half‑Value Layer (HVL) performance in 64 diagnostic X‑ray machines using radiation‑safety inspection data from 2022–2023. HVL, a key indicator of beam hardness and penetration, was evaluated alongside dose output. Results showed that 26 machines failed the HVL test, while 38 passed. However, among the machines that passed, 14 exhibited very high HVLs and produced doses below the acceptable range of 0.025–0.08 mGy/mAs, indicating excessive filtration or beam hardening. For the 26 machines that failed, the recommended corrective action was to reduce filtration by removing filter plates, but only after verifying the accuracy of tube current (mA), exposure time (s), and tube potential (kVp). The study concludes that HVL testing should be mandatory during acceptance and commissioning of new X‑ray units in Uganda and performed routinely as part of each machine’s quality control program.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Colton Graham",
"affiliation": "Univ. of Michigan (United States)",
"linkedin": "",
"website": "https://mtv.engin.umich.edu/profile/colton-graham/",
"bio": "Colton Graham is a graduate student in Nuclear Engineering and Radiological Sciences (NERS) at the University of Michigan, working in Professor Igor Jovanovic's Applied Nuclear Science Group on neutron and antineutrino detection. His research focuses on pulse shape discrimination (PSD) methods to distinguish neutrons from gamma rays in organic scintillator detectors for nuclear security applications such as cargo screening. He won best graduate student talk at the American Physical Society's Eastern Great Lakes Section meeting (November 2025) for work on light-output-dependent PSD gating, and previously received a DOE Nuclear Energy University Programs (NEUP) fellowship (2021).",
"fit_rating": "Weak",
"fit_angle": "Neutron active interrogation for security screening — not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 8: Multimodal Detector Systems and Algorithms",
"title": "Reconstructing photon spectral signatures in neutron active interrogation with organic scintillators",
"date": "25 August 2026",
"time": "4:40 PM - 5:05 PM",
"abstract": "Active neutron interrogation is a well-established technique for the detection of concealed contraband and special nuclear material. However, active interrogation signatures of contraband are often weak, making detection challenging. Organic scintillators offer several advantages as gamma-ray detectors in active neutron interrogation, including pileup resistance and cost-effectiveness. We demonstrate the use of machine learning algorithms to perform gamma-ray spectral reconstruction, improving contraband signature identification in organic scintillators. We show the use of pulse timing structure optimization to enhance the signal-to-background characteristics of contraband signatures. We additionally discuss the potential use of water-based liquid scintillator, which offers combined spectroscopic & imaging capabilities.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Douglas S. McGregor",
"affiliation": "Kansas State Univ. (United States)",
"linkedin": "https://www.linkedin.com/in/douglas-mcgregor-8530a99",
"website": "https://www.mne.k-state.edu/about/people/faculty/mcgregor/",
"bio": "Douglas S. McGregor is a University Distinguished Professor and the Boyd D. Brainard Departmental Faculty Chair in the Department of Mechanical and Nuclear Engineering at Kansas State University, where he also directs the Semiconductor Materials and Radiological Technologies Laboratory (S.M.A.R.T. Lab). He earned a B.S. and M.S. in electrical engineering from Texas A&M and an M.S. and Ph.D. in nuclear engineering from the University of Michigan (1993), joining K-State in 2002. He is internationally recognized for inventing novel radiation detectors, including microstructured semiconductor neutron detectors and the micro-pocket fission detector, holds numerous patents, and has been cited over 7,700 times.",
"fit_rating": "Weak",
"fit_angle": "Fission and neutron detector development — nuclear security detectors, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 7: Novel Neutron and Alpha Detectors",
"title": "Present status of micro-pocket fission detectors",
"date": "25 August 2026",
"time": "2:45 PM - 3:10 PM",
"abstract": "Micro-Pocket Fission Detectors are miniature fission chambers used for real-time, in-core neutron flux measurements. These detectors have tiny dimensions that reduce charge carrier collection times, allowing the detectors to operate in high radiation environments. They have operated in pulse mode for thermal neutron fluxes exceeding 10^13 n cm-2. Modern detectors use a loose stack design to eliminate adhesives and binders. The detectors have been designed as four or five node arrays for reactor core profiling of the power density. The relatively high response rate of MPFDs allow reactor pulse tracing, and have been tested in the TRIGA MkII nuclear reactor at Kansas State University and the TREAT reactor at Idaho National Laboratory. With the TRIGA reactor, in current mode, the detectors responded over the entire pulse trace, with the maximum neutron flux exceeding 10^15 n cm-2 s-1. At the INL TREAT reactor, also in current mode, the detectors followed pulses with fluxes exceeding 10^17 n cm-2 s-1. The measured pulses followed closely to the expected Fuchs-Nordheim response model. New MPFD designs are presently under investigation for high-temperature reactor environments.",
"notes": "Invited Paper"
},
{
"type": "chair",
"session": "Session 7: Novel Neutron and Alpha Detectors"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Erik B. Johnson",
"affiliation": "Radiation Monitoring Devices, Inc. (United States)",
"linkedin": "https://www.linkedin.com/in/erik-johnson-30a82529",
"website": "",
"bio": "Erik B. Johnson is Director of Instrument Research & Development at Radiation Monitoring Devices, Inc. (RMD), a Watertown, Massachusetts-based company specializing in radiation detection, high-speed imaging, and nuclear instrumentation. He holds a Ph.D. from the University of Rochester and, prior to joining RMD, was a postdoctoral researcher at the University of Kansas. Within RMD he progressed from Senior Scientist to Team Lead before being named Director of Instrument Research & Development.",
"fit_rating": "Weak",
"fit_angle": "Gamma/neutron spectrometer for a lunar mission — space instrumentation, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 3: Space and Astronomical Applications of Detectors",
"title": "Design and Characterization of the Lunar-VISE Gamma Ray Neutron Spectrometer",
"date": "24 August 2026",
"time": "1:30 PM - 1:55 PM",
"abstract": "The Lunar Vulkan Imaging and Spectroscopy Explorer (Lunar-VISE) payload consists of a suite of instruments to explore the Gruithuisen Domes on the Moon. One of instruments to be mounted on a rover is a spectrometer, which uses a Li-6 enriched Cs26LiYCl6 (CLYC) scintillator to detect both gamma rays and neutrons. The design of the instrument balances mass, power and performance to obtain high-quality gamma ray spectroscopy with a large CLYC crystal encased in a gadolinium shell to veto thermal neutrons. To obtain a measure of the thermal neutron albedo to assess the concentration of local neutron moderating materials, a second smaller CLYC without a gadolinium shell is used to measure the full spectral neutron flux. Gamma rays and neutrons are identified using pulse shape discrimination using a high-speed digitizer, and with an operational power draw less than 4.5 W, both sensor head signals are digitized to provide gamma-neutron separation. The larger detector obtains high-quality gamma ray spectroscopy up to 9 MeV with an energy resolution better than 5% (FWHM) at 662 keV. The flight instrument has been fabricated and characterized in preparation for flight.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Georgia A. de Nolfo",
"affiliation": "NASA Goddard Space Flight Ctr. (United States)",
"linkedin": "https://www.linkedin.com/in/georgia-de-nolfo-94100a307/",
"website": "https://science.gsfc.nasa.gov/sci/bio/georgia.a.denolfo",
"bio": "Georgia A. de Nolfo is an astrophysicist at NASA Goddard Space Flight Center with over 20 years of experience in experimental astrophysics, researching the acceleration and transport of solar energetic particles and developing charged- and neutral-particle detector instrumentation. She earned her Ph.D. in astrophysics from Washington University in St. Louis, held a postdoctoral fellowship at Caltech, and joined NASA Goddard in 2001 as a National Research Council fellow. She has led development of SiPM-based readouts for CubeSat missions (TRYAD, INCA, BurstCube) and currently serves as Deputy Project Scientist for the ACE and STEREO missions and Mission Scientist for the IMAP mission.",
"fit_rating": "Weak",
"fit_angle": "Neutron spectrometers for solar/lunar science — space instrumentation, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 8: Multimodal Detector Systems and Algorithms",
"title": "Development of next-generation neutron spectrometers for solar and lunar science",
"date": "25 August 2026",
"time": "4:20 PM - 4:40 PM",
"abstract": "We present next-generation neutron spectrometers for solar and lunar applications. SONTRAC measures solar neutrons (30-150 MeV) with proton track reconstruction for particle acceleration studies. LOONS/nDURE extend lunar neutron spectroscopy to 100 MeV for radiation characterization. All employ compact SiPM-readout scintillator arrays with advanced signal processing, enabling SmallSat deployment for heliophysics and human exploration missions.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Giovanni Volpe",
"affiliation": "Göteborgs Univ. (Sweden)",
"linkedin": "https://www.linkedin.com/in/gvolpe/",
"website": "https://iflai.com/",
"bio": "Co-founder of iflai (iflai.com), which develops data-efficient AI models that embed physics knowledge into their architectures, requiring minimal data to achieve high accuracy across medtech, manufacturing, and security applications. The company describes itself as born out of research at Chalmers University of Technology and the University of Gothenburg — consistent with his own affiliation — though the company site itself does not name individual founders.",
"fit_rating": "Weak",
"fit_angle": "AI Plenary chair — same person/rating as in the 14223 directory.",
"roles": [
{
"type": "chair",
"session": "Artificial Intelligence Plenary"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Hannah Patz",
"affiliation": "Univ. of Florida (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Scintillator-based autoradiography — biomedical imaging, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 7: Novel Neutron and Alpha Detectors",
"title": "Dual particle discrimination utilizing a thin film scintillator on a compact autoradiography system",
"date": "25 August 2026",
"time": "2:25 PM - 2:45 PM",
"abstract": "Nuclear forensic samples span diverse matrices and activity backgrounds, which complicates standardized, high-throughput radiological characterization and streamlining the analytical process. Digital autoradiography using an ionizing-radiation Quantum Imaging Detector (iQID) provides spatially resolved imaging by generating a two-dimensional map of radioactive material within a specimen. This work evaluates dual-particle imaging and discrimination using the QScint Alpha/Beta composite scintillator (ZnS:Ag + Gadox). Alpha- and beta-emitting sources were measured separately while holding acquisition/operational settings constant to enable a direct comparison of event signatures. Post-processing incorporates both physics-informed feature extraction and supervised machine learning to differentiate alpha and beta populations using event-cluster morphology. By leveraging systematic differences in scintillation morphologies, the machine learning framework enhances particle-type discrimination accuracy and robustness. This approach supports co-registered radiological mapping and more streamlined analysis of heterogeneous samples containing multiple emission types. PNNL-SA-220158",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Henry Chen",
"affiliation": "Brimrose Technology Corp. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Organic and perovskite scintillator materials for radiation detection — not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Poster Session",
"title": "P-Terphenyl: a versatile novel organic scintillator for multi-radiation detection and advanced applications",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "To the best of our knowledge, we are one of the first, if not first group in the US to successfully grow pentacene doped p-terphenyl and undoped p-terphenyl as fast organic crystal scintillators using the cost effective and commercially scalable vertical Bridgman technique. We have grown and investigated both types of these single crystal scintillators. These new, advanced organic crystal scintillators exhibited superior alpha particle energy resolution (measured using both SiPM and conventional PMT) compared to all known scintillators ever reported in the literature to date. The material has also been shown recently by some European groups to have wide energy range neutron detection from 1.1 to 1.9 MeV with clear gamma-neutron pulse shape discrimination capability. This novel material has also found application in maser gain, as well as quantum sensing applications (as recently demonstrated by our R&D group). In this work, initial alpha and gamma spectral response will be reported, along with optical absorption and emission spectra. Both undoped and pentacene-doped crystals with different concentrations have been studied and the corresponding detector performance presented.",
"notes": ""
},
{
"type": "presenter",
"session": "Session 10: Inorganic Scintillators and Applications II",
"title": "Nuclear radiation detection with ultra-bright, air-stable TI-doped Cs₃Cu₂I₅ 0D perovskite scintillator",
"date": "26 August 2026",
"time": "11:30 AM - 12:00 PM",
"abstract": "To the best of our knowledge, we are among the first research companies in the US to successfully grow ultra-bright, non-hygroscopic, highly efficient, and high-performance 0D inorganic lead-free single crystal perovskite Cs3Cu2I5:Tl scintillator material, grown using the simple, scalable vertical Bridgman method. This next-generation scintillator is air-stable, exhibits strong stopping power, and delivers exceptional detector performance, including very high light output, ultra-low afterglow, and outstanding energy resolution (<3% @ 662keV), surpassing all commercially available scintillators currently known. In addition, the material demonstrates excellent gamma–particle pulse-shape discrimination (PSD), with a gamma-alpha PSD figure of merit typically in the range of 3.5 to 4.5. This new material thus offers breakthroughs in many areas of nuclear radiation detection applications such as x-ray and gamma-ray imaging, high sensitivity and high energy resolution gamma spectroscopy for high energy and nuclear physics, and efficient triboluminescent nuclear batteries for security and defense applications.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Heshani Jayatissa",
"affiliation": "Los Alamos National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Neutron detection technique review — not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 7: Novel Neutron and Alpha Detectors",
"title": "Advances in novel neutron detection techniques",
"date": "25 August 2026",
"time": "1:15 PM - 1:40 PM",
"abstract": "Neutron detection is crucial for various scientific and practical applications, but requires specialized materials and techniques due to the neutral charge of neutrons. Compact neutron detectors are increasingly important, particularly in nuclear security. One promising approach uses scintillator materials with wavelength shifters to improve light collection and transmission, enabling rugged, efficient, and lightweight detectors. Advancements in organic scintillators, such as new compounds with improved light output and pulse shape discrimination, hold potential for enhanced neutron detection and applications. Furthermore, the use of wide bandgap semiconductors, such as boron nitride, has emerged as a solid-state neutron detector material with high thermal and fast neutron detection capabilities, opening new application areas. The combination of these novel neutron detection technologies represents significant progress expected to have a profound impact across various fields.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Hiroki Kase",
"affiliation": "Shizuoka Univ. (Japan)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "AI interpretability for medical X-ray CT — medical imaging, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 4: X-Ray Imaging Detectors and Applications",
"title": "Interpretation of artificial intelligence confidence in 3D X-ray CT using a haptic-integrated mixed reality interface",
"date": "24 August 2026",
"time": "4:30 PM - 4:50 PM",
"abstract": "To enhance the reliability of Artificial Intelligence (AI) analysis of high-resolution 3D X-ray CT data, this research proposes a mixed reality (MR) interface that integrates haptic feedback. This system provides physical resistance to users, representing the confidence level calculated by AI. By scanning the 3D model on a spatial reproduction display, users can intuitively identify areas of AI uncertainty as “tactile sensations,” enabling swift and accurate final decision-making. This approach resolves uncertainty in AI-based judgment processes and is anticipated to serve as a next-generation analysis platform that will significantly improve the efficiency of medical diagnostics and non-destructive testing.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Ibrahim Oksuz",
"affiliation": "The Ohio State Univ. (United States), AwareAbility Technologies, LLC (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Simulation of radiation damage in SiC diodes — semiconductor reliability, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 7: Novel Neutron and Alpha Detectors",
"title": "Simulation of alpha radiation damage on SiC Schottky diodes using Allpix 2 framework",
"date": "25 August 2026",
"time": "1:40 PM - 2:00 PM",
"abstract": "A 4H-SiC Schottky detector configured as an alphavoltaic power cell with an electrodeposited Am-241 source on the Schottky contact was modeled and validated by experimental data. Electric fields from COMSOL were coupled with Geant4 particle transport in the Allpix² framework, using a SiC-specific mobility model. Simulations show drift-dominated charge separation transitioning to diffusion, with ~50% hole collection by 25 ns. Resulting alpha spectra benchmark against experimental data from a 17 nCi ²⁴¹Am-electrodeposited device. The study demonstrated that peak broadening and tailing measurements can be used as real-time metrics to track performance degradation in alphavoltaic batteries caused by radiation-induced defects.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Isaac Smith",
"affiliation": "The Ohio State Univ. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "MeV-range Bremsstrahlung detector unfolding — industrial/security range, not typical beamline energies.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Neutron Sources, Detectors, and Applications",
"title": "Detector-response-based spectral unfolding of MeV-Bremsstrahlung using coplanar-grid CZT detector",
"date": "25 August 2026",
"time": "11:25 AM - 11:45 AM",
"abstract": "Accurate hard X-ray spectrometry in mixed-radiation environments requires recovering the incident photon spectrum from a distorted, background-contaminated detector response, the classical inverse detector problem. We present a detector-response-based spectral unfolding methodology for reconstructing incident bremsstrahlung spectra from pulse-height measurements acquired with a commercial coplanar-grid CdZnTe (CZT) detector in a clinical linac environment, where scattered electrons, linac-head radiation, and room background complicate the measured signal. A Monte Carlo (Geant4) response matrix was constructed and five independent unfolding algorithms, NNLS, Tikhonov-regularized NNLS, MLEM, Gold, and Bayesian (D'Agostini), were implemented and cross-validated by goodness-of-fit and residual testing. The methodology is applied to planar tungsten and copper targets irradiated by a 6 MeV linac electron beam, using background-subtracted, shielding-optimized spectra. All five solvers converge on a consistent reconstructed source spectrum, establishing CZT detectors as a general tool for hard X-ray source characterization, with converter efficiency estimation as one application.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Jinsong Huang",
"affiliation": "The Univ. of North Carolina at Chapel Hill (United States)",
"linkedin": "https://www.linkedin.com/in/jinsong-huang-0583a2237/",
"website": "https://aps.unc.edu/faculty-member/huang-jinsong/",
"bio": "Jinsong Huang is currently Louis D. Rubin, Jr. Distinguished Professor at University of North Carolina at Chapel Hill. He received his PhD degree in Material Science and Engineering from the University of California-Los Angeles in 2007. After working in a small business company for two years, he joined the University of Nebraska-Lincoln in 2009 as an assistant professor in the Department of Mechanical and Materials Engineering, and was promoted to associate professor with tenure in 2014, and was promoted to professor in 2016. He joined the faculty in the department of Applied Physical Sciences of University of North Carolina at Chapel Hill in 2017. His current research interests include solution processed electronic materials for applications in photovoltaic, and photon detection/counting, and computing. He has authored > 250 publications, >30 patents, >10 books and book chapters.",
"fit_rating": "Moderate",
"fit_angle": "X-ray photon-counting detector materials (FAPbBr3) — detector tech relevant to X-ray imaging broadly, not facility-specific.",
"partnership_angle": [
"His FAPbBr3 photon-counting detector work is device physics, not beamline-specific — the fit is real but indirect. Once his perovskite detectors move from lab characterization to needing actual synchrotron-grade X-ray flux for calibration and validation, that's the point where TXproducts' pitch becomes directly relevant. Worth a lighter-touch conversation now to stay on his radar for when that validation step comes up, rather than a hard pitch today — hence Moderate, not Strong."
],
"roles": [
{
"type": "presenter",
"session": "Session 1: Semiconductor Materials Science and Devices I",
"title": "X-ray photon counting detectors based on FAPbBr3",
"date": "24 August 2026",
"time": "8:00 AM - 8:25 AM",
"abstract": "Single-crystal metal–halide perovskites offer a compelling path toward photon-counting X-ray detectors that combine high stopping power, low-cost solution growth, and excellent charge-transport properties. In this talk, I will focus on the device physics and engineering requirements for perovskite single-crystal photon counting detectors, emphasizing how deep defects, ion migration, and contact injection jointly determine dark count rate, pulse-height stability, and energy discrimination. I will discuss strategies to reduce defects and improve operational stability drift under sustained bias and irradiation, including bulk defect/compensation control, surface/interface passivation, and blocking-contact/barrier design that reduces carrier injection while preserving efficient charge collection. Finally, I will outline scalable routes to pixelated arrays and CMOS/ASIC readout integration, and propose reliability test protocols relevant to practical photon-counting CT and spectral imaging.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": [
"idea"
]
},
{
"name": "Joo Hyung Kim",
"affiliation": "Hanyang Univ. (Korea, Republic of)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Fission chamber for reactor monitoring — nuclear reactor instrumentation, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Poster Session",
"title": "Preliminary requirement of a wide‑range fission chamber for the ex‑core neutron monitoring system of MSR",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "A basic-design sensitivity requirement for a WR FC ex-core NMS in the MSR fast reactor was derived from a provided local flux (4.95×10^14 nv) using simplified leakage-path assumptions and a linear power–flux relationship. The start up lower bound was set six decades below rated power, and pulse mode was assigned to the lowest 2–3 decades of wide range operation. With 10s averaging and ≤20% statistical error plus noise margin, the minimum target was set to 5 cps, while a maximum count rate limit accounted for dead time and circuit margin. The resulting sensitivity requirement is 5×10^-8–5×10^-6 cps/nv, to be refined using MCNP spectra and response folding.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Juan Manfredi",
"affiliation": "Air Force Institute of Technology (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Handheld neutron spectrometer — security/field instrumentation, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 5: Organic Scintillators and Applications",
"title": "A handheld fast neutron spectrometer based on novel deuterated plastic Sscintillators",
"date": "25 August 2026",
"time": "9:10 AM - 9:35 AM",
"abstract": "Deuterated (2H-based) scintillators provide advantages over their hydrogenous (1H-based) counterparts for measuring fast neutron energy spectra via spectrum unfolding. However, previous studies have been limited to deuterated organic crystal or liquid scintillators, which tend to be difficult and costly to produce (crystals) or toxic and flammable (liquids). This work will present the development and characterization of novel deuterated styrene plastic scintillators for use in a robust and portable neutron spectrometer. A prototype the spectrometer and its performance will also be presented.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Junehyung L. Bernaski",
"affiliation": "Hanyang Univ. (Korea, Republic of)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Neutron shielding calculations — reactor physics, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Poster Session",
"title": "Neutron yield characterization in complex shielding using MCNP6-based rem-meter correction",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "Hanyang University is evaluating the Adelphi DD-108 pulsed neutron generator (1×10^8 n/s, 2.45 MeV) for Differential Die-Away (DDA) applications. Standard manufacturer yield validation, based on 10CFR20.1004 theoretical factors, assumes ideal free-field conditions that do not account for scattering in compact, complex laboratory geometries. This study characterizes the generator's yield by comparing manual calculations, MCNP6 simulations, and actual measurements using a Thermo-Fisher FHT 762 (WENDI-II) rem meter positioned 33.5 cm from the source. While manual calculations (8.86 mSv/hr) significantly overestimated the measured dose (4.75 mSv/hr) due to neglected scattering and response function variances, the detailed MCNP6 model incorporating laboratory geometry achieved a discrepancy of only approximately 14.1%. This deviation is attributed to the dosimeter's angular uncertainty. Future work will further refine response functions through varied geometric configurations.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Katsuyuki Takagi",
"affiliation": "Shizuoka Univ. (Japan), ANSeeN Inc. (Japan)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Moderate",
"fit_angle": "CdTe detector aging under high fields — CdTe is a real X-ray detector material used in some beamline/imaging contexts.",
"roles": [
{
"type": "presenter",
"session": "Poster Session",
"title": "Spectral stability of electrically aged Ag-electrode CdTe detectors under high electric fields",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "We investigate the breakdown voltage limits of Ag-electrode CdTe detectors treated with electrical aging. We demonstrate that the device can withstand the aging process at 1.5 kV without breakdown, enabling operation at high electric fields exceeding 20 kV/cm. Utilizing this high electric field capability, we evaluated the detector's stability against polarization. Comparative measurements reveal that operation at 20 kV/cm delays the onset of gamma-ray spectral degradation compared to low-field operation, confirming that high electric fields effectively mitigate the impact of polarization.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Lauren Misurek",
"affiliation": "Los Alamos National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "MeV X-ray source comparison for magnification imaging — industrial radiography, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 4: X-Ray Imaging Detectors and Applications",
"title": "Microfocus Magnification with MeV X-Rays, an Experimental Comparison of Sources",
"date": "24 August 2026",
"time": "3:45 PM - 4:10 PM",
"abstract": "X-ray radiography at megavolt (MeV) energies is necessary for industrial inspection of large and/or dense parts. With the increase in 3D printed parts and new manufacturing techniques, methods in non-destructive inspection need further development. Newly available commercial sources and advancements in laser sources signal a turning point for the industry; these sources enable the ability to magnify radiographic images (aka microfocus geometry). This paper explores the relationship between imaging detectors and x-ray sources, and the techniques needed to achieve higher magnifications. We compare five megavolt sources with spot sizes from 0.4 to 1.9 mm at magnifications up to 20x and show that above ~5x magnification detector type has little effect on resolution.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Lei Pan",
"affiliation": "Lawrence Berkeley National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "FPGA firmware for neutron-gamma localization — security instrumentation, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 8: Multimodal Detector Systems and Algorithms",
"title": "Development of FPGA firmware for a neutron-gamma localization and mapping platform",
"date": "25 August 2026",
"time": "5:25 PM - 5:45 PM",
"abstract": "In radiological mapping for nuclear security, the radiation detector data is associated with contextual information to reconstruct the radioactivity, which is implemented by the Localization and Mapping Platform (LAMP). Our previous Neutron Gamma LAMP (NG-LAMP) used CLLBC scintillators sensitive to gamma-rays and thermal neutrons but with limited sensitivity to fast neutrons. In this work, we upgraded the NG-LAMP by adding plastic scintillators sensitive to fast neutrons. We will present the development of Field-Programmable Gate Array (FPGA) firmware for real-time detector pulse processing. We will discuss the performance of neutron-gamma Pulse Shape Discrimination (PSD), timing and energy resolution.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Luke Shoen",
"affiliation": "The Ohio State Univ. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "NV-center diamond neutron dosimetry — not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 7: Novel Neutron and Alpha Detectors",
"title": "Neutron-dose dependent fluorescence response of nitrogen-vacancy centers in diamond",
"date": "25 August 2026",
"time": "2:00 PM - 2:25 PM",
"abstract": "This work aims to quantify neutron fluence to NV formation by correlating controlled neutron exposures with the NV center density through photoluminescence (PL) intensity and spectra, across fluences relevant to reactor monitoring. In the Ohio State University 500-kW Research Reactor (OSURR) Auxiliary Irradiation Facility (AIF), diamond samples were irradiated at various neutron fluences up to 1 × 1017 n/cm2 to draw a correlation between dose and PL intensity. Post-annealing dose-dependent fluorescence response exhibits a linear relationship and a maximum fluorescence increase of 403-fold. Future efforts will focus on evaluating sensor linearity at higher neutron fluences (≥10¹⁸ n/cm²) and examining the lower limits of detection.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Mariya Zhuravleva",
"affiliation": "The Univ. of Tennessee Knoxville (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Fast-decay scintillator materials development — detector materials, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 9: Inorganic Scintillators and Applications I",
"title": "Ultrafast decay time ternary halide scintillators",
"date": "26 August 2026",
"time": "9:00 AM - 9:30 AM",
"abstract": "Scintillator detectors operating at high count rates or requiring precise timing demand materials with very short decay times. When “fast” commercial scintillators such as LSO:Ce and LaBr3:Ce (typically ~20–40 ns) are still too slow, there are few viable alternatives. This work aims to develop new ultrafast (sub-ns) scintillators that can surpass the timing limits of current technologies for next‑generation fast‑timing applications. We investigated several new inorganic ternary halide scintillators based on Cs-Zn-Cl and Cs-Mg-Cl compounds. Cation doping and alloying was found to decrease the scintillation decay time and increase the light yield. Ongoing advances in scintillator development will be discussed — from composition selection and raw‑material purification to optimization of Vertical Bridgman melt-growth parameters and characterization of physical, optical, and scintillation performance.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Martine C. Duff",
"affiliation": "Savannah River National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Scintillator crystal growth — detector materials, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 9: Inorganic Scintillators and Applications I",
"title": "Growth and characterization of Cs2HfCl6 and Cs2Hf1-xZrxCl6 grown by the vertical Bridgman technique",
"date": "26 August 2026",
"time": "10:00 AM - 10:30 AM",
"abstract": "The self-activated cesium hafnium chloride (CHC) scintillator with cubic crystal structure is attracting tremendous attention due to its various advantages. Being self-activated, CHC offers uniform scintillator properties along the entire volume of the grown ingots irrespective of their sizes. The added advantage is excellent non-proportionality compared to other inorganic scintillators. There are wide variations of energy resolution values reported in the literature, the variations might be due to the different purity of the starting materials.\nIn recent years, cesium zirconium chloride (CZC) scintillator and mixed scintillators with CHC are also gaining interest, as the atomic radius of Hf and Zr are equal. However, very limited information is available on the scintillator properties of CZC and CHZC in the literature. In this presentation, we will discuss the growth and characterization of CHC and CHZC scintillators grown by the vertical Bridgman technique. Our study shows the partial replacement of Hf by Zr improves the energy resolution compared to CHC grown by same growth parameters and purity of the starting material.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Mauricio Ayllon Unzueta",
"affiliation": "Lawrence Berkeley National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Neutron-based elemental imager for planetary missions — space instrumentation, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 3: Space and Astronomical Applications of Detectors",
"title": "An in-situ 3D elemental imager for planetary missions based on active neutron interrogation",
"date": "24 August 2026",
"time": "2:20 PM - 2:45 PM",
"abstract": "The In Situ Nuclear Spectrometer with 3D Resolution (INSPECT3R) is a compact 3D elemental imaging instrument for planetary exploration using Associated Particle Imaging. It provides centimeter-scale resolution over decimeter-scale volumes, enabling non-destructive mapping of surface and subsurface elemental composition with strong background suppression characteristics. Experiments with lunar simulants demonstrate precise localization of key elements and buried objects, supporting future planetary science, astrobiology, and ISRU missions.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Ming Fang",
"affiliation": "Univ. of Illinois (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Neutron detector array for plutonium assay — nuclear security, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Neutron Sources, Detectors, and Applications",
"title": "3D boron-coated-straw detector array for non-destructive plutonium assay in pyroprocessing bulk materials",
"date": "25 August 2026",
"time": "10:40 AM - 11:00 AM",
"abstract": "Advanced separation technologies may enable economically viable reprocessing of used nuclear fuel, with pyroprocessing among the most mature methods. However, non-destructive assay (NDA) of plutonium in pyroprocessing is difficult due to high gamma-ray backgrounds, complex geometries, and nonuniform detection efficiencies. To address these challenges, we developed a 3D Boron-Coated-Straw Detector Array (3D-BCSDA) consisting of thirty one-meter-long boron-coated straws with double-sided readout. Time-delay encoding on both detector ends uniquely identifies the interacting straw, while charge division along a resistive anode wire determines the interaction position. Measurements with a Cf-252 source produced distinct event patterns consistent with the detector geometry, validating the decoding approach. The decoding ability establishes the foundation for tomographic reconstruction of neutron-emitting samples, and will eventually enable geometry-aware efficiency correction. Combining high neutron efficiency, gamma rejection, radiation hardness, and tomographic imaging capability, the 3D-BCSDA provides a robust NDA solution for plutonium accountability in pyroprocessing environments.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Ming Liu",
"affiliation": "North Carolina State Univ. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Defect physics in neutron-irradiated Ga2O3 — materials physics, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 2: Semiconductor Materials Science and Devices II",
"title": "Thermally activated defect suppression in neutron-irradiated β-Ga₂O₃: insights from in-reactor exposure and positron spectroscopy",
"date": "24 August 2026",
"time": "10:50 AM - 11:10 AM",
"abstract": "Gallium oxide (Ga₂O₃), an ultra-wide bandgap semiconductor, is a promising platform for next-generation nuclear sensors in extreme environments. However, a key challenge remains: can radiation-induced damage be intrinsically mitigated during operation rather than passively tolerated? The interplay between defect formation and thermally activated recovery remains poorly understood, limiting predictive design of radiation-hardened devices.\nHere, we investigate defect evolution in β-Ga₂O₃ under neutron irradiation using the North Carolina State University PULSTAR reactor. Single-crystal samples were irradiated up to ~10¹⁸ cm⁻² at room temperature and 700 °C using custom vertical ports enabling controlled, dose-dependent retrieval. This capability allows direct observation of defect dynamics under reactor-relevant conditions.\nOptical transmittance and positron annihilation spectroscopy reveal pronounced defect accumulation and radiation darkening at room temperature, while high-temperature irradiation suppresses stable defect formation. These results demonstrate a thermally activated defect mitigation regime, providing key insights for radiation-resilient Ga₂O₃ devices.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Mustafa Unal",
"affiliation": "Argonne National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Moderate",
"fit_angle": "Argonne National Lab (hosts APS synchrotron) — radiation detector encapsulation, facility-adjacent but not explicitly beamline work.",
"roles": [
{
"type": "presenter",
"session": "Session 1: Semiconductor Materials Science and Devices I",
"title": "Encapsulation strategies for high-field, stable CsPbBr3 radiation detectors",
"date": "24 August 2026",
"time": "9:05 AM - 9:25 AM",
"abstract": "CsPbBr3 single-crystal perovskites have emerged as promising room-temperature radiation detectors due to their high energy resolution, balanced charge transport, and low-cost crystal growth. However, long-term stability under high electric fields remains a key challenge, driven by ion migration and interfacial electrochemical degradation. This work examines degradation mechanisms in CsPbBr3 detectors and evaluates organic and inorganic encapsulation strategies to mitigate environmental ingress and suppress interfacial reactions. While organic coatings such as paraffin wax extend operational lifetime under continuous bias, inorganic Al2O3 encapsulation via atomic layer deposition enables stable high-field operation with improved spectral performance, providing practical pathways toward reliable perovskite-based γ-ray detectors.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Nerine J. Cherepy",
"affiliation": "Lawrence Livermore National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Transparent ceramic scintillators — detector materials, not beamline related.",
"roles": [
{
"type": "chair",
"session": "Session 4: X-Ray Imaging Detectors and Applications"
},
{
"type": "presenter",
"session": "Session 10: Inorganic Scintillators and Applications II",
"title": "Transparent ceramic scintillators optimized for specific applications",
"date": "26 August 2026",
"time": "10:50 AM - 11:10 AM",
"abstract": "Scintillator performance requirements vary dramatically between applications, motivating the development of a broad portfolio of detector materials optimized for specific use cases. High-flux environments, such as nuclear reactors and active interrogation systems, demand fast-timing, radiation-hard scintillators. Searches for very weak sources benefit from large volume scintillators offering high resolution gamma spectroscopy and ultra-low intrinsic radioactivity. X-ray imaging systems require thin, uniform scintillator screens that efficiently absorb incident radiation. Across applications, common desirable properties include uniform chemical composition and activator distribution, resistance to oxidation and moisture, mechanical robustness, and minimized variation of scintillation properties with temperature. In this presentation, we develop and apply lumped figures-of-merit to quantify scintillator specifications for several representative applications. We then describe how transparent ceramic scintillators can meet or exceed these requirements and highlight specific examples in which ceramic scintillators provide distinct performance and engineering advantages.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Nicholas Floyd",
"affiliation": "Los Alamos National Lab. (United States)",
"linkedin": "https://www.linkedin.com/in/ncfloyd/",
"website": "https://laro.lanl.gov/esploro/profile/nicholas_floyd",
"bio": "Nicholas Connor Floyd is a Postdoctoral Researcher at Los Alamos National Laboratory working on neutron physics and detector development. His research includes the UCNProBe experiment to measure the free neutron lifetime via the beam method, and he has characterized organic and inorganic scintillators (including a 10B-coated YAP:Ce scintillator) for neutron, alpha, beta, and gamma detection.",
"fit_rating": "Weak",
"fit_angle": "Scintillator proton-quenching characterization — not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 10: Inorganic Scintillators and Applications II",
"title": "Characterization of proton quenching in GAGG:Ce scintillation detectors",
"date": "26 August 2026",
"time": "11:10 AM - 11:30 AM",
"abstract": "Charged particles within the earth’s magnetosphere can have significant effects on equipment and infrastructure. The charged particle flux in orbit can be measured with scintillation detectors; however, quenching effects significantly reduce light output, so precise measurements of detector response are required to accurately reconstruct incident spectra for space weather models. Cerium-doped Gadolinium Aluminum Gallium Garnet (GAGG:Ce) is a recently developed scintillator that is well-suited for high rate measurements in the space environment. In this talk, we will present results from recent experiments at Texas A&M University and Los Alamos National Laboratory utilizing elastic scattering and nucleon transfer reactions to measure proton response across a broad range of energies, which can be used to predict on-orbit performance. The charged particle response data will be compared to predictions from different models of scintillation quenching.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Oleh V. Kopach",
"affiliation": "Chernivtsi National Univ. Y. Fedkovich (Ukraine)",
"linkedin": "",
"website": "https://scholar.google.com.ua/citations?user=wIibLJwAAAAJ&hl=ru",
"bio": "Oleh Kopach is a researcher at Yuriy Fedkovych Chernivtsi National University in Ukraine. His work focuses on solid state chemistry and phase equilibria, including the growth and characterization of CdTe and CdZnTe crystals used in radiation detector materials.",
"fit_rating": "Weak",
"fit_angle": "Perovskite crystallization chemistry — materials chemistry, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Poster Session",
"title": "The effects of charge composition on the melting and crystallization of CsPbBr3-xHalx",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "We conducted studies of the melting and crystallization parameters for CsPbBr3, CsPbBr3-хClх (x≤1) and CsPbBr2I alloys by the differential thermal analysis method in the thermal cycling mode. The narrowest temperature interval of pre-melting is observed for CsPbBr3, while the substitution of bromine atoms by chlorine or iodine atoms expands this interval. For all the studied alloys, the crystallization of the melt over the dwells’ temperature interval, which corresponds to the presence of the alloy in the two-phase state, occurs without supercooling at temperatures that practically correspond to the dwell temperature. When overheating to temperatures higher than the temperature of the two-phase interval, the CsPbBr3 and CsPbBr2I melts homogenize and crystallize only with supercooling. For CsPbBr3-хClх (x≤1) alloys, complete homogenization of the melt occurs only at superheating above 605 °C. In the range of dwell temperatures from the upper temperature of the two-phase interval to 605 °C, the crystallization of chlorine-containing perovskites can occur without supercooling at temperatures that correspond to the temperature interval of a two-phase state of the alloy.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Olga Maiatska",
"affiliation": "Rapiscan Systems GmbH (Germany)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Polyurethane scintillators for security screening — not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 5: Organic Scintillators and Applications",
"title": "Performance and prospects of polyurethane-based scintillators for neutron and gamma radiation detection",
"date": "25 August 2026",
"time": "8:45 AM - 9:10 AM",
"abstract": "We develop solid organic scintillators based on a polyurethane (PU) matrix incorporating phosphors and wavelength shifters to combine structural robustness with scintillation and pulse-shape discrimination (PSD). The latest formulation (M700) achieves a photoelectron yield comparable to Eljen EJ-200 and a PSD figure-of-merit exceeding Eljen EJ-276D for small PMT-readout samples under identical conditions. PU scintillators showed no observable optical degradation after humidity exposure combined with thermal cycling between +60 °C and −18 °C. We demonstrate durable 12 × 12 × 140 mm³ bars and molded modules with SiPMs embedded during casting for compact, low-cost gamma/neutron sensing with limited spectroscopy.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Peter F. Bloser",
"affiliation": "Los Alamos National Lab. (United States)",
"linkedin": "",
"website": "https://laro.lanl.gov/esploro/profile/peter_bloser",
"bio": "Peter Forbes Bloser is a member of the technical staff in the Space Science and Applications group at Los Alamos National Laboratory, with over 20 years of experience in experimental high-energy astrophysics, solar physics, and special nuclear materials detection. He has been involved in gamma-ray astronomy work tied to NASA's Swift and Fermi missions and currently serves as Project Leader for the Mini Astrophysical MeV Background Observatory (MAMBO) CubeSat mission.",
"fit_rating": "Weak",
"fit_angle": "CubeSat gamma-ray spectrometer — space instrumentation, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 3: Space and Astronomical Applications of Detectors",
"title": "Integration and testing of the background-subtracting gamma-aay spectrometer for the MAMBO CubeSat mission",
"date": "24 August 2026",
"time": "3:05 PM - 3:25 PM",
"abstract": "The Mini Astrophysical MeV Background Observatory (MAMBO) is a CubeSat mission designed to make the best-ever measurement of the cosmic diffuse gamma-ray (CDG) background in the MeV energy range. The sensitivity of space-based gamma-ray instruments to the CDG is limited not by size, but by the locally generated instrumental background. Comparatively tiny CubeSat platforms provide a uniquely quiet environment relative to previous gamma-ray science missions. We describe the MAMBO mission’s key technical innovations and present testing results for the integrated payload, as well as detailed simulations of the expected scientific return.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Ralph B. James",
"affiliation": "Savannah River National Lab. (United States)",
"linkedin": "",
"website": "https://ieee-npss.org/distinguished-lecturers/dr-ralph-b-james/",
"bio": "Dr. Ralph B. James is Chief Research Officer and Associate Laboratory Director for Science and Technology at Savannah River National Laboratory, having previously held the equivalent role at Brookhaven National Laboratory. With over 35 years of R&D experience spanning nonproliferation, national security, nuclear medicine, energy, and astrophysics, he has co-authored more than 650 scientific publications, edited 34 books, and holds 27 patents. He is a Fellow of IEEE, SPIE, AAAS, OSA, MRS, and APS, and a past President of SPIE.",
"fit_rating": "Moderate",
"fit_angle": "Compound semiconductor radiation detector roadmap — detector materials strategy, facility-adjacent but not beamline-specific.",
"roles": [
{
"type": "chair",
"session": "Session 1: Semiconductor Materials Science and Devices I"
},
{
"type": "presenter",
"session": "Session 2: Semiconductor Materials Science and Devices II",
"title": "Technical roadmap for compound semiconductor radiation detector development",
"date": "24 August 2026",
"time": "10:05 AM - 10:30 AM",
"abstract": "This study provides a roadmap to enable the pursuit of R&D on compound semiconductor radiation detectors more intensely by addressing materials challenges deemed as the greatest strategic value to the nonproliferation and other user communities. A working group composed of experts in radiation detection/imaging was formed to assess past progress in the field, evaluate the current status of materials R&D, envision the future state of the most promising detector materials, identify knowledge gaps that must be addressed to achieve these future states, and prioritize R&D needs based on maximizing impact. The consensus views of the group and related accomplishments will be presented.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Rastgo Hawrami",
"affiliation": "Fisk Univ. (United States)",
"linkedin": "https://www.linkedin.com/in/rastgo-hawrami-phd-1b852815/",
"website": "https://www.fisk.edu/directory/rastgo-hawrami/",
"bio": "Rastgo Hawrami is a Research Professor in the Department of Life and Physical Sciences at Fisk University, specializing in scintillator and semiconductor crystal growth for radiation detection. He holds a B.Sc. in Physics from Salahaddin University (Kurdistan Region, Iraq), an M.A. in Physics from the Fisk-Vanderbilt program, and a Ph.D. in Physics/Materials Science from Alabama A&M University, with over two decades of experience in national security, medical imaging, and nuclear detection technologies.",
"fit_rating": "Weak",
"fit_angle": "Elpasolite scintillator crystal growth — detector materials, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 9: Inorganic Scintillators and Applications I",
"title": "Growth and performance of co-doped elpasolite scintillators",
"date": "26 August 2026",
"time": "9:30 AM - 10:00 AM",
"abstract": "In the past few years new research on dual mode scintillators has focused on improving performance and adapting to the need of specific applications. Starting from classic scintillator compounds like NaI:Tl, LaBr3:Ce, the research has mainly focused on two main directions: first, finding better scintillators using material engineering by replacing or adding new elements or dopant in the compound, and second, working with two or more co-dopants. In this work effects of co-doping elpasolites scintillator Tl2LiYCl6 or TLYC with cerium and alkali metal ions are described. Results in detector performance as related to growth will be presented.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Raymond Cao",
"affiliation": "The Ohio State Univ. (United States)",
"linkedin": "https://www.linkedin.com/in/raymond-cao-at-osu/",
"website": "https://reactor.osu.edu/people/cao.152",
"bio": "Dr. Raymond Cao is Professor and Director of the Nuclear Engineering Program at The Ohio State University and has directed the OSU Nuclear Reactor Laboratory since 2016. He earned his Ph.D. in nuclear and radiological engineering from the University of Texas at Austin (2007) after a B.S. in nuclear physics from Lanzhou University, and his research focuses on radiation and sensing technologies, including tritium detection systems for which he holds patents. He serves as a Senior Editor for IEEE Transactions on Nuclear Science and was appointed to the Ohio Nuclear Development Authority in 2024.",
"fit_rating": "Weak",
"fit_angle": "Session chair only — nuclear detector applications, not beamline related.",
"roles": [
{
"type": "chair",
"session": "Session 2: Semiconductor Materials Science and Devices II"
},
{
"type": "chair",
"session": "Session 6: Neutron Sources, Detectors, and Applications"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Sander Katz",
"affiliation": "Univ. of California, Berkeley (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Opaque scintillation detector for multi-particle sensitivity — not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 5: Organic Scintillators and Applications",
"title": "Towards multi-particle position sensitivity with an opaque scintillation detector",
"date": "25 August 2026",
"time": "8:00 AM - 8:20 AM",
"abstract": "LiquidO is a scientific collaboration that proposed and demonstrated a novel radiation detection technology based on an opaque scintillation medium that stochastically confines scintillation light produced during radiation interactions, enabling effective detector segmentation within a single volume. Event topology is inferred from the spatial distribution of light collected by wavelength-shifting fibers and photon arrival timing. Characterization of the BPULSE (Berkeley-PennState Universities LiquidO Science Experiment) prototype detector involves exposure to gamma calibration sources, neutron sources, and cosmic radiation. Linear tracks spanning the full detector volume are observed and identified as muon candidates, demonstrating sensitivity to minimum-ionizing particles. Gamma and neutron measurements are used to characterize detector response and develop improved topology reconstruction methods. We will discuss the recent experimental performance of the BPULSE prototype under exposure to a collimated Cs-137 source in a Compton scattering setup to characterize its energy and spatial resolution, and preliminary experiments with detector prototypes exposed to neutrons.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Sanjoy Mukhopadhyay",
"affiliation": "DHS-CWMD Intelligence and Analysis Directorate (United States)",
"linkedin": "https://www.linkedin.com/in/sanjoy-mukhopadhyay-30791426/",
"website": "",
"bio": "Sanjoy Mukhopadhyay is a Homeland Security Rad/Nuke Intelligence & Analysis Scientist working with the Rad/Nuke Branch of the DHS Intelligence and Analysis Division, supporting the Countering Weapons of Mass Destruction (CWMD) Office. His research focuses on neutron detection and energy measurement methods that do not rely on Helium-3, and he previously worked with the Defense Threat Reduction Agency and managed NNSA-funded R&D projects at the Remote Sensing Laboratory in Las Vegas, Nevada.",
"fit_rating": "Weak",
"fit_angle": "Homeland security radiation detection architecture — not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Poster Session",
"title": "Networked radiation detection architecture for CISA critical infrastructure protection",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "The Cybersecurity and Infrastructure Security Agency (CISA) has inherited the mandates of Global Nuclear Detection Architecture (GNDA) from the recently abolished Countering Weapons of Mass Destruction office. Working in coordination and collaboration with federal, state, local, tribal, territorial, and international governance, CISA will create a framework for detecting (through technical and non-technical means), analyzing, assessing, and reporting on nuclear and other radioactive materials that are out of regulatory control. Two of the three main disciplines under CISA’s mission – namely infrastructure security and emergency communication – match squarely with the GNDA principles. In effect, CISA must formulate plans to reduce radiological risks and nuclear attacks to infrastructures nationwide, identify potential gaps and rectify, and continuously test and improve detection and communication systems. In the international domain, as a signatory of the Convention on the Physical Protection of Nuclear Material (CPPNM) and its amendment, CISA will support CPPNM technical developments.",
"notes": ""
},
{
"type": "presenter",
"session": "Poster Session",
"title": "Modern critical design, development, and testing of neutron detection systems for STC deployment",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "Neutron detection systems play a pivotal role in applications ranging from space radiation monitoring to terrestrial security and CBRNE (Chemical, Biological, Radiological, Nuclear, and Explosive) threat detection. Modern demands for higher sensitivity, lower false alarm rates, portability, and environmental resilience have driven innovation in sensor design, signal processing, and field testing methodologies. This article surveys recent advancements in neutron detector design, integration with photonic and electronic systems, and multidisciplinary approaches to validation in representative environments. Strategies to mitigate background noise, enhance energy discrimination, and achieve robust performance across varied operational scenarios are discussed. Case studies highlight prototype systems undergoing rigorous test campaigns, illustrating key lessons learned and paths to deployment readiness.",
"notes": ""
},
{
"type": "presenter",
"session": "Session 8: Multimodal Detector Systems and Algorithms",
"title": "Cybersecurity and infrastructure security agency preferred novel radiation detection materials",
"date": "25 August 2026",
"time": "5:05 PM - 5:25 PM",
"abstract": "The Cybersecurity and Infrastructure Security Agency (CISA), in conjunction with the Department of Homeland Security (DHS) Science and Technology Directorate, focuses on advanced materials such as elpasolite, strontium iodide, and perovskites for future radiation detectors. These materials provide superior performance compared to sodium iodide scintillators. CISA's efforts attempt to improve the speed and accuracy of identifying radioactive materials, which is crucial for first responders and national security. Emphasis is paid on material’s capability of simultaneous detection of gamma and neutron emission from an unknown radioactive material. Affordability and platform agnostic materials are much sought after. Continuous test and evaluation of the performance of novel radiation detection materials, development of growth techniques by the vendors or Universities are supported. Following the tradition of the Domestic Nuclear Detection Office and Countering Weapons of Mass Destruction, CISA will continue to host System Assessment and Validation for Emergency Responders (SAVER) tests for newer devices.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Schuyler Tyler",
"affiliation": "Los Alamos National Lab. (United States)",
"linkedin": "",
"website": "https://laro.lanl.gov/esploro/profile/schuyler_tyler",
"bio": "Schuyler Jace Tyler is an Advanced Nuclear Technology Graduate Research Assistant at Los Alamos National Laboratory, with prior research experience at Idaho National Laboratory. He holds a degree in Nuclear Engineering from the University of New Mexico.",
"fit_rating": "Weak",
"fit_angle": "Diamond detectors for neutron monitoring — not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 7: Novel Neutron and Alpha Detectors",
"title": "Evaluation of bare and LiF-Converter sCVD diamond detectors for advanced neutron monitoring techniques",
"date": "25 August 2026",
"time": "3:10 PM - 3:30 PM",
"abstract": "Single-crystal chemical vapor deposition (sCVD) diamond detectors have a growing interest in advanced neutron analysis techniques in high-radiation environments due to their radiation hardness, fast response, and compact form factor. This work evaluates the performance of bare diamond detectors and diamond detectors with a lithium fluoride (6LiF) neutron converter using the intrinsic reactions in the diamond from a DT neutron generator. In addition, the detector response in a representative fission-spectrum field was evaluated using a strong 252Cf source. Comparative measurements demonstrate the impact of neutron conversion on detector sensitivity to recoil-based and converter-assisted detection mechanisms. The results inform the deployment of diamond-based neutron detectors for monitoring applications in nuclear reactor systems and criticality safety environments.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Sean O'Neal",
"affiliation": "Lawrence Livermore National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Plastic scintillator instrumentation, chairs Session 8 — not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 5: Organic Scintillators and Applications",
"title": "Instrumenting novel plastic scinitllators",
"date": "25 August 2026",
"time": "9:35 AM - 9:55 AM",
"abstract": "Plastic scintillators are a common radiation detector material due to their lower cost and favorable mechanical properties. In recent years, new plastic scintillators have been developed, improving sensitivity through metal loading and light yields through the use of novel fluors. LLNL has developed many such materials including bismuth-loaded PVT for portal monitors and Bismuth-Loaded Iridium-fluor Plastic (BLIP) for spectroscopy with a plastic. Here we report on the latest developments with these advanced plastic scintillators and the ongoing work to build prototype system for their deployment.",
"notes": ""
},
{
"type": "chair",
"session": "Session 8: Multimodal Detector Systems and Algorithms"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Stephen U. Egarievwe",
"affiliation": "Morgan State Univ. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Moderate",
"fit_angle": "Lead-free perovskite X-ray/gamma detector materials — X-ray detection materials, not facility-specific.",
"roles": [
{
"type": "presenter",
"session": "Session 2: Semiconductor Materials Science and Devices II",
"title": "Advances in lead-free perovskites for X‑ray and gamma‑ray detection",
"date": "24 August 2026",
"time": "10:30 AM - 10:50 AM",
"abstract": "High-energy photon detection at room temperature requires semiconductors with high stopping power, efficient charge transport, and high resistivity. Common materials like CdZnTe, HgI₂, and TlBr are effective but have drawbacks, such as high cost and growth complexity. Lead-based halide perovskites have shown high potential as alternative but pose toxicity concerns due to lead content. Lead-free perovskites provide a promising alternative, combining high stopping power, defect‑tolerant electronic structures, and low-temperature growth without the hazards of lead-based materials. This presentation covers recent progress in theoretical and experimental studies of promising lead-free halide perovskites for radiation detection, including Cs2TeI6, CsGeBr₃, Cs2AgBiBr6, Rb3Bi2I9, Cs3Bi2I9 and AgBi2I7. Progress will be presented on density functional theory (DFT) simulations, synthesis, and characterization. Bridgman and a sol-gel crystal growth techniques were used.\n[Acknowledgment: This material is based upon work supported by the U.S. Department of Energy, Office of Research and Economic Development, NNSA Minority Serving Institution Partnership Program under Award Number NA0004192.]",
"notes": ""
},
{
"type": "presenter",
"session": "Poster Session",
"title": "Characterization of Bismuth-based perovskite materials being developed for nuclear radiation detection applications",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "Halide perovskites have gained increased attention in the development of room temperature nuclear radiation detection due to their high stopping power, very good charge transport, low resistivity, ease of growth, and flexibility to be used as scintillators or semiconductor-based detectors. Among this class of materials, bismuth-based halide perovskites have the advantage of being non-toxic compared to their lead-based counterparts. This presentation covers detailed techniques and procedures used to characterize the morphology and opto-electronic properties of three bismuth-based perovskites: AgBi2I7, Cs3Bi2I9, and Rb3Bi2I9. X-ray diffraction (XRD) was used to study material crystallinity. Energy-dispersive X-ray spectroscopy (EDX) was used for high resolution surface imaging and measuring elemental composition. Scanning electron microscopy (SEM) was used for morphology characterization. These materials were synthesized using a sol-gel crystal growth method.\n[Acknowledgment: This material is based upon work supported by the U.S. Department of Energy, Office of Research and Economic Development, NNSA Minority Serving Institution Partnership Program under Award Number NA0004192.]",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Suzanne Nowicki",
"affiliation": "Los Alamos National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Session chair only — space/astronomical detector applications, not beamline related.",
"roles": [
{
"type": "chair",
"session": "Session 3: Space and Astronomical Applications of Detectors"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Takahiro Makino",
"affiliation": "National Institutes for Quantum Science and Technology (Japan)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "SiC neutron detector substrate physics — not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 1: Semiconductor Materials Science and Devices I",
"title": "Substrate structure effects in SiC-based neutron detectors",
"date": "24 August 2026",
"time": "8:25 AM - 8:45 AM",
"abstract": "This work investigates how the structure of the SiC substrate layer underlying the epitaxial layer influences neutron detection in detectors that combine a SiC diode with a neutron-to-charged-particle conversion layer. Previous studies have primarily focused on epitaxial layer properties, conversion materials, and assembly techniques. However, it has long been suggested that the substrate structure affects charge collection induced by charged particles, yet experimental verification has been lacking. This presentation provides measured data demonstrating this effect and discusses substrate structures optimized for improved detector performance.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Tatiana Espinoza",
"affiliation": "Los Alamos National Lab. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Optical neutron sensor space qualification — space instrumentation, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 3: Space and Astronomical Applications of Detectors",
"title": "Space adoption qualification for the novel integrated composite optical neutron sensor (ICONS)",
"date": "24 August 2026",
"time": "2:45 PM - 3:05 PM",
"abstract": "Neutron detection in space has relied for decades on 3He-based technologies for\ntheir reliability, well-characterized response, and consistent performance. A novel detector that\ncould compete with 3He is the Integrated Composite Optical Neutron Sensor (ICONS) consisting\nof 6Li-glass cubes embedded in a non-scintillating matrix. ICONS is sensitive to thermal-fast\n(MeV) neutrons with high neutron detection efficiency and dynamic range in a compact and\nflexible geometry. Preliminary simulation of ICONS response under typical space weather\nenvironments (high gamma and proton fluxes) demonstrates that its efficiency to neutron\ndetection is comparable to that of 3He. This research focused on conducting risk-reduction for\nspace adoption testing on ICONS. To test the survivability of ICONS, experimental testing\nincluding shock and vibe, thermal cycle, total ionizing dose measurements, and testing at a\nproton beam will be conducted and presented. Successful results would qualify ICONS for space\napplications as a competitive option to current technologies.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Taylor Ochs",
"affiliation": "Radiation Detection Technologies, Inc. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Neutron/photon pixel imager — security/industrial detector, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 1: Semiconductor Materials Science and Devices I",
"title": "Neutron and photon pixel imager with microstructured semiconductor neutron detectors: design, fabrication, and performance",
"date": "24 August 2026",
"time": "9:25 AM - 9:45 AM",
"abstract": "A Microstructured Semiconductor Neutron Detector (MSND) was mated with a Timepix application specific integrated circuit (ASIC) to realize a dual-modality, neutron and photon imager (X-MSND) with 55-μm wide pixel pitch and a thermal neutron detection efficiency of approximately 14%. The microfeature geometry of the 6LiF-backfilled MSND was 220-μm deep by 23.5-μm wide trenches with a 55-μm wide pitch to match the pixel dimensions of the Timepix ASIC. A thick region of bulk silicon is beneath the trenches on the MSND diode to retain x-ray sensitivity. Measurements were performed with x-ray, gamma-ray, alpha-particle, and neutron sources. Photon interactions produced extended, curved charge clusters, whereas alpha-particle and neutron interactions produced high-aspect-ratio clusters elongated primarily along one dimension. Experimentally observed differences indicate that time-over-threshold and cluster morphology analysis can be implemented to determine the incident radiation type. Finally, a mobile X-MSND test assembly was fabricated, and a neutron image of an additively manufactured test object was captured at the diffracted thermal-neutron beam port at the Kansas State University",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Thomas H. Prettyman",
"affiliation": "Planetary Science Institute (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Lunar gamma-ray/neutron spectroscopy — planetary science instrumentation, not beamline related.",
"roles": [
{
"type": "chair",
"session": "Session 9: Inorganic Scintillators and Applications I"
},
{
"type": "presenter",
"session": "Session 3: Space and Astronomical Applications of Detectors",
"title": "Lunar Vulkan Imaging and Spectroscopy Explorer: preparation for analysis and interpretation of gamma‑ray and neutron spectroscopy data",
"date": "24 August 2026",
"time": "1:55 PM - 2:20 PM",
"abstract": "The Lunar Vulkan Imaging and Spectroscopy Explorer (Lunar‑VISE), a NASA Commercial Lunar Payload Services mission, will investigate the Gruithuisen Domes using a rover‑based instrument suite for surface geological studies. The payload includes a CLYC‑based Gamma Ray and Neutron Spectrometer (GRNS) to determine the elemental composition of the Gamma Dome from the lander and along the rover traverse. The elemental data (including abundances of H, Si, Fe, K, and Th) will constrain the origins of these unusual lunar silicic features. Preparation for the mission requires understanding how the instrument will respond to different lunar compositions representing plausible origin scenarios, as well as assessing and mitigating factors that could confound interpretation. The prospective elemental sensitivity of the GRNS is evaluated using modeling and experimental data, including laboratory performance measurements, field studies of terrestrial analogs, and results from prior lunar missions such as Lunar Prospector. The models and data are used to assess expected GRNS performance, guide operational planning, and test analysis strategies, including cross‑calibration with orbital data.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Toru Aoki",
"affiliation": "Shizuoka Univ. (Japan)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Moderate",
"fit_angle": "Time-resolved charge collection dynamics in GaN radiation detectors — methodologically adjacent to pump-probe measurement, though on detector materials not beamline optics.",
"roles": [
{
"type": "presenter",
"session": "Session 1: Semiconductor Materials Science and Devices I",
"title": "Time-scale separation of charge collection and trap-induced response delay in carbon-doped bulk GaN radiation detectors",
"date": "24 August 2026",
"time": "8:45 AM - 9:05 AM",
"abstract": "This paper presents a systematic evaluation of carbon-doped bulk GaN radiation detectors with a planar MSM structure. We demonstrate that while these devices exhibit low dark currents and successful charge collection for alpha and gamma radiation, they suffer from significant macroscopic response delays under X-ray irradiation. By comparing microsecond-scale pulse waveforms with second-scale photocurrent transients, we logically separate the fast charge collection process from the slow, trap-induced response delay. Our findings, supported by spectroscopic photocurrent analysis, clarify the impact of deep-level carbon traps on detector timing, providing a foundation for improving the temporal resolution of GaN-based sensors.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Vaibhav Sinha",
"affiliation": "Thomas Edison State Univ. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "AI-assisted neutron/X-ray CT imaging evaluation — medical/industrial imaging, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 4: X-Ray Imaging Detectors and Applications",
"title": "AI-assisted multimodal neutron and X-ray computed tomography with beam purity indicator analysis for quantitative imaging evaluation",
"date": "24 August 2026",
"time": "5:10 PM - 5:30 PM",
"abstract": "Hybrid neutron and X-ray computed tomography (CT) provides complementary material sensitivity for nondestructive evaluation of complex assemblies. This study presents a multimodal imaging approach that combines neutron CT and high-resolution X-ray CT datasets with beam purity indicator (BPI) analysis to evaluate spatial resolution, contrast behavior, and reconstruction fidelity. Quantitative assessment of BPI features facilitated benchmarking of beam alignment, geometric accuracy, and artifact suppression across both modalities.\nArtificial intelligence was applied during post-processing to assist in feature extraction, image comparison, and reconstruction quality assessment. Compared with traditional manual inspection methods, the AI-assisted workflow reduced analysis time, improved consistency in edge detection and contrast variation detection, and minimized subjective interpretation during cross-modality comparisons. Results demonstrate that integrating AI into BPI-based evaluation enhances efficiency while preserving the rigor of established manual analysis approaches. The combined neutron–X-ray CT framework supports improved structural characterization and provides a scalable",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Valerii Skliarchuk",
"affiliation": "Chernivtsi National Univ. Y. Fedkovich (Ukraine)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Perovskite annealing chemistry — materials chemistry, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Poster Session",
"title": "Effects of low-temperature annealing on the electrophysical properties of CsPbBr 3",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "The influence of annealing at a temperature of 390-400 K on important electrophysical parameters of perovskite CsPbBr3 were studied. Such single crystals are particularly attractive, since they show greater stability to moisture and temperature effects than their iodine analogues. Single crystals of CsPbBr3 were grown by the Bridgman method. Contacts were applied to the plates with an area of 5x5 mm2 and a thickness of 1.5 to 2.0 mm. Immediately before metal deposition, the semiconductor surface was treated in an argon plasma at a voltage of 250-300 V and a current of 30-50 mA. Before depositing the contacts, single crystals and fabricated In/CsPbBr3/In structures were annealed in air for 5-10 minutes. It was found that as a result of annealing, the differential resistivity ρdif increased approximately twice, from Rdif ~10E10 to ~2×10E10 Ω*cm. The hole mu-tau products measured before and after annealing were found to be 3•10E-4 and 1.5•10E-4 V-1•cm2, respectively. The electron mu-tau products before and after annealing were 1.7•10E-4 and 2.7•10E-4 V-1•cm2, accordingly. Our results indicate that annealing decreases the mu-tau product for holes and increases the value for electrons.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Volodymyr Gnatyuk",
"affiliation": "Advafab Oy (Finland), V. E. Lashkaryov Institute of Semiconductor Physics NASU (Ukraine)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "CdTe Schottky-diode radiation sensor characterization — detector materials, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Poster Session",
"title": "Photosensitivity-based method for determining the depletion region width in CdTe Schottky-diode radiation sensors",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "Radiation sensors based on p-n junctions and Schottky CdTe diodes provide low dark current, fast charge collection, and high energy resolution, making them vital for X/γ-ray spectroscopy and imaging. A key factor in sensor performance is the depletion region width, but standard capacitance-voltage methods are often ineffective for high-resistivity CdTe. We present a simple, non-destructive optical technique using photosensitivity (PS) spectra under illumination with photon energies at or above the CdTe bandgap. Cr/CdTe/Au Schottky-diode sensors were fabricated from semi-insulating CdTe(111) crystals with thicknesses of 0.5 mm, 1.0 mm, and 2.0 mm, using semi-transparent Cr and Au contacts. PS spectra measured from the rectifying (Cr) and ohmic (Au) contact sides differ, enabling sensitive probing of the depletion region. At 10 V reverse bias, the depletion region spans nearly the full 0.5 mm crystal thickness. Measured depletion region widths of the potential barriers agree with our theoretical estimates based on the uncompensated impurity concentration and Schottky barrier parameters. This PS method provides a practical tool for characterization and optimization of CdTe sensors.",
"notes": ""
},
{
"type": "presenter",
"session": "Poster Session",
"title": "Characterization of CsPbBr3 structures with ohmic and rectifying contacts",
"date": "24 August 2026",
"time": "5:30 PM - 7:30 PM",
"abstract": "Effect of metal-semiconductor contacts on the electrical characteristics and charge transport of CsPbBr₃ single-crystal sensor structures was investigated. Symmetric Ag/CsPbBr3/Ag and In/CsPbBr3/In devices with quasi-ohmic and rectifying contacts, respectively, were fabricated. The CsPbBr3 bandgap was determined from transmission spectra to be 2.27 eV. Both structures exhibit nearly linear I-V characteristics. However, In contacts strongly suppressed dark current. At V = 100 V, the dark current was ~300 nA for Ag contacts and ~9 nA for In contacts, while the corresponding differential resistivities were ~5E8 and ~2E10 Ω•cm. Charge transport was evaluated using charge collection measurements under ionizing radiation and analyzed with the Hecht equation, yielding mobility-lifetime products (μτ) of ~2.8E-4 cm2/V for Ag contacts and ~1.2E-4 cm2/V for In contacts. The reduced μτ was attributed to enhanced electric fields in the depletion regions, where carrier mobility and lifetime become field-dependent under strong fields. Despite this reduction, the substantial suppression of dark current makes CsPbBr3 structures with rectifying barrier contacts attractive for detector applications.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Yoshie Otake",
"affiliation": "RIKEN (Japan)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Weak",
"fit_angle": "Compact on-site neutron systems (RIKEN) — applied neutron instrumentation, not beamline related.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Neutron Sources, Detectors, and Applications",
"title": "Advancing the compact neutron systems, RANS Project: realizing on-site neutron applications",
"date": "25 August 2026",
"time": "11:00 AM - 11:25 AM",
"abstract": "We are developing compact accelerator-driven neutron source (CANS) systems at RIKEN for on-site, non-destructive, and quantitative analysis. The RANS project aims to realize both floor-standing systems for industrial and research use and transportable neutron systems for large-scale infrastructure inspection. Several systems are currently in operation, including RANS and RANS-II, as well as RANS-μ based on a ²⁵²Cf source, enabling neutron imaging, engineering diffraction, irradiation experiments, and fast neutron time-of-flight (TOF)–based scattering imaging.\nPreventive maintenance of aging bridges is a globally urgent issue, requiring non-destructive techniques that do not damage structures. We have developed a novel fast neutron TOF scattering imaging method that visualizes internal degradation in bridge decks directly from the road surface. By detecting scattered neutrons, the method can identify water retention, voids, soilization, and incomplete PC grout filling at depths of 20–30 cm. For field deployment, a highly transportable system, RANS-III, is under development, with indoor demonstration experiments underway and outdoor tests planned for 2026.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Yuguo Tao",
"affiliation": "Georgia Institute of Technology (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Moderate",
"fit_angle": "Advanced SiPM photon-detection technology, chairs Session 10 — photon detection tech relevant broadly, not facility-specific.",
"roles": [
{
"type": "chair",
"session": "Session 10: Inorganic Scintillators and Applications II"
},
{
"type": "presenter",
"session": "Session 2: Semiconductor Materials Science and Devices II",
"title": "Development of advanced technologies to enhance photon absorption and carrier collection for next-generation SiPM",
"date": "24 August 2026",
"time": "11:35 AM - 12:00 PM",
"abstract": "This talk will describe our research progress in the development of next-generation silicon photomultipliers (SiPM) for photon sensing. SiPM has become very attractive in many applications to detect light with very low intensity, including ionizing radiation detection for nuclear nonproliferation, biomedical imaging, and light detection and ranging (LiDAR) for autonomous driving. However, the peak value of photon detection efficiency of commercial SiPM is still limited to around 50% ~ 60%. Among the efficiency limiting factors are avalanche triggering probability, geometrical fill factor, and quantum efficiency. Therefore, our research focused on advanced technologies to enhance photon absorption and carrier collection to increase the photon detection efficiency, including advanced antireflection feature, superior silicon surface passivation, and back-illuminated structure.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
}
],
"date_anchor": "August 24",
"itin_summary": "Hard X-Ray, Gamma-Ray, and Neutron Detector Physics - detector materials for nuclear, security, and space applications. No formal role for Peter; attending as an interested party. A different community from synchrotron beamline science, so fit is mostly Weak/Moderate here."
},
{
"id": "spie-opo-2026",
"name": "Optical Phenomena under Extreme Environments",
"parent_event": "SPIE Optics + Photonics 2026",
"dates": "Aug 24–26, 2026",
"location": "Conv. Ctr. Room 15B (Room 6A for plenaries)",
"source_url": "https://spie.org/OPO/conferencedetails/optical-phenomena-under-extreme-environments",
"abstract": "Part of the wider Optics + Photonics 2026 event (Aug 23–27). The conference brings together physicists, chemists, materials scientists, engineers, national labs and industry to study materials driven far from equilibrium using optical methods.",
"our_presenter_note": "Peter chairs Session 5 and presents his own paper in Session 4 (Aug 25, 11:10–11:40 AM).",
"presenters": [
{
"name": "Aditya Sood",
"affiliation": "Princeton Univ. (United States)",
"linkedin": "https://www.linkedin.com/in/adityasood/",
"website": "https://mae.princeton.edu/people/aditya-sood",
"bio": "Aditya Sood is an assistant professor at Princeton University in the Department of Mechanical and Aerospace Engineering and the Princeton Materials Institute. He received his PhD from Stanford University and BS from the Indian Institute of Technology (IIT) Kanpur, both in materials science. He was subsequently a postdoc and Research Scientist at the Stanford Institute for Materials and Energy Sciences (SIMES) at Stanford and SLAC National Accelerator Laboratory before joining Princeton in 2023. He has been recognized by various awards including the ACS PRF Doctoral New Investigator Award, the AVS-NSTD Early Career Award, the SLAC-LCLS Young Investigator Award, the MRS Postdoctoral Award, and the MRS Gold Graduate Student Award. At Princeton, he has received three Outstanding Teaching Commendations by the School of Engineering and Applied Sciences.",
"fit_rating": "Moderate",
"fit_angle": "Ultrafast electron diffraction-based nano-thermometry, adjacent to X-ray pump-probe methods; also Session 8 chair.",
"roles": [
{
"type": "chair",
"session": "Session 8: Optical Sensing Under Extreme Environments",
"date": "26 August 2026",
"time": "1:00 PM - 2:10 PM"
},
{
"type": "presenter",
"session": "Session 7: Ultrafast X-ray Diffraction, Spectroscopy, and Imaging",
"title": "Ultrafast probes of field-driven dynamics and atomic-scale energy flows",
"date": "26 August 2026",
"time": "10:30 AM - 11:00 AM",
"abstract": "Microelectronic devices are exquisite examples of non-equilibrium systems exhibiting complex structural dynamics under extreme fields. Decoding electric-field triggered dynamics within operating devices, on their intrinsic ultrafast timescales, is crucial for identifying the limits of device operation. At the same time, energy-efficiency requires nanometer-scale control over energy dissipation and heat transport with picosecond resolution. I will describe our recent efforts to address two fundamental questions: (1) how do electronic materials respond to electrical stimuli on ultrafast timescales? (2) how does heat flow on ultrafast timescales across atomic-scale bottlenecks? To address these questions, we are developing a suite of time-resolved techniques ranging from time-resolved voltage-pump nonlinear optical-probes to ultrafast electron diffraction-based nano-thermometry. I will discuss how we are applying these approaches to study field-driven ferroelectric polarization dynamics and photo-induced energy transport across atomically-precise interfaces.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Akihiko Ikeda",
"affiliation": "The Univ. of Electro-Communications (Japan)",
"linkedin": "",
"website": "https://www.uec.ac.jp/eng/research/information/teacher/123?lang=en",
"bio": "He got a PhD at the University of Tokyo in 2013. He has been an associate professor of the University of Electro-Communications since 2024.",
"fit_rating": "Strong",
"fit_angle": "Combines a portable 100T pulsed magnet with the SACLA XFEL for X-ray diffraction — rare, high-value extreme-field + beamline combination.",
"roles": [
{
"type": "presenter",
"session": "Session 9: Magneto-Optical at Extereme High Magnetic Fields",
"title": "X-ray diffraction above 100 T",
"date": "26 August 2026",
"time": "3:40 PM - 4:10 PM",
"abstract": "Issue: The world above 100 T may look different from our 0 T world. What kind of crystal structure is favored in the world of complete spin polarization? The representative case is the spin-controlled crystal of solid oxygen [1] and spin-crossover cobaltite [2].\nWhat we did: With the marriage of the portable 100 T generator (PINK-02) and the compact x-ray free electron laser (SACLA), we enabled the x-ray measurements of materials up to 110 T with a low temperature down to 10 K using a micro-plastic He-flow cryostat. We performed experiments on solid oxygen, LaCoO3, Bi0.5Ca0.5MnO3 [3].\nBright future of XFEL science above 100 Tesla\nTechnological issue: x-ray diffraction, x-ray absorption, -ray emission,\nScientific issue: Oxygen, Iron, strongly correlated electron system, spin crossover, valence transition, structural transition, multimer in solids\n[1] T. Nomura et al., Phys. Rev. Lett. 112, 247201 (2014).\n[2] A. Ikeda et al., Phys. Rev. Lett. 125, 177202 (2020), Nat. Commun. 14, 1744 (2023)\n[3] A. Ikeda et al., Phys. Rev. Research 2, 043175 (2020), Appl. Phys. Lett. 120, 142403 (2022), Phys. Rev. Lett. 135, 186702 (2025)",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Antonio F. Facchetti",
"affiliation": "Georgia Institute of Technology (United States)",
"linkedin": "",
"website": "https://www.mse.gatech.edu/people/antonio-facchetti",
"bio": "Antonio Facchetti is the Hightower Professor of Biopolymers at Georgia Tech. He has published more than 600 research articles, 14 book chapters, and holds more than 120 patents (H-index 143). He received the ACS Award for Creative Invention, the Giulio Natta Gold Medal from the Italian Chemical Society, and is a fellow of the NAI, NAE, EAS, MRS, AAAS, RSC and Kavli Foundation.",
"fit_rating": "Weak",
"fit_angle": "Organic/soft semiconductor devices — no beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Organic Photonics + Electronics Plenary",
"title": "Ductile semiconductors for opto/bioelectronics: design, processing, and device engineering",
"date": "24 August 2026",
"time": "10:35 AM - 11:05 AM",
"abstract": "In this presentation we report the realization of novel semiconductor materials, as well as thin-film processing and morphology engineering, for flexible and stretchable electronic devices such as thin film transistors, solar cells, electrolyte gated transistors, sensors and neuromorphic circuits. On material development, we present “soft” small-molecules and polymers by co-polymerizing pi-deconjugated building blocks, properly designed additives and tuned backbone conformation. New transistor architectures using semiconductor film porosity as the key element for enhancing mechanical flexibility and tune charge transport are also demonstrated. These films, combined with pre-stretched elastomeric substrates, enable unprecedentedly stable current-output characteristic upon mechanical deformation, which are used for sensing analytes, strain, light, temperature and physiological parameters. Furthermore, we report our recent work on the design of fluorinated acceptors for organic solar cells and a new route to achieve ultra-stretchable solar cell devices.",
"notes": "Plenary Presentation"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Arianna Gleason",
"affiliation": "SLAC National Accelerator Lab. (United States)",
"linkedin": "https://www.linkedin.com/in/arianna-gleason-62759a157/",
"website": "https://www6.slac.stanford.edu/about/our-people/arianna-gleason",
"bio": "Dr. Arianna Gleason is a Senior Staff Scientist and Deputy Director for the High Energy Density Science Division in the Fundamental Physics Directorate at the SLAC National Accelerator Laboratory and Adjunct Faculty in Earth and Planetary Science Department, Stanford University. She obtained her Ph.D. from the University of California, Berkeley in 2010 working on high pressure mineral physics and planetary sciences. She was the Frederick Reines and Director's Postdoctoral Fellow at Los Alamos National Laboratory in Shock and Detonation Physics, where she focused on dynamic mesoscale materials properties. Her research spans planetary science to inertial fusion energy science by applying ultrafast X-ray probes to dynamic materials processes. She received the DOE Early Career Award in 2019, was a DOE Oppenheimer Science and Energy Leadership Program (OSELP) Fellow in 2024, and received the Presidential Early Career Award for Scientists and Engineers (PECASE) in 2025.",
"fit_rating": "Strong",
"fit_angle": "SLAC scientist working on ultra-high peak power X-rays for the U.S. IFE program — core XFEL facility user.",
"roles": [
{
"type": "presenter",
"session": "Session 7: Ultrafast X-ray Diffraction, Spectroscopy, and Imaging",
"title": "Advancing inertial fusion energy using ultra-high peak power x-rays",
"date": "26 August 2026",
"time": "9:00 AM - 9:30 AM",
"abstract": "The demonstration of energy gain by nuclear fusion in the laboratory and its industrial utilization as an unlimited energy source has been a grand challenge for physicists and engineers for 70 years. This vision has shifted closer to reality after the successful demonstration of multi-megajoule energy yield from deuterium-tritium plasmas from indirectly driven inertial confinement fusion implosions on the National Ignition Facility (NIF), LLNL. These experiments exceed fusion powers of 100 PW in a single event, vastly exceeding human’s total annual power capability by a factor of 5,000. This achievement came after increasing the fusion energy yield by a factor of 3,000 since the first experiments on the NIF about a decade ago. Several avenues towards power generation by fusion ignition and high fusion yield are beginning to emerge where efforts towards laser and target technology developments have been launched recently through the U.S. DOE’s IFE-STAR and FIRE programs. I will present new elements of the U.S. IFE program including how the IFE-STAR Hubs are innovating optics, techniques and coatings with superior performance under extreme environments.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Arnau Romaguera Camps",
"affiliation": "Paul Scherrer Institut (Switzerland)",
"linkedin": "https://www.linkedin.com/in/arnau-romaguera-camps-43180795/",
"website": "",
"bio": "Arnau Romaguera Camps is a postdoctoral researcher at the Paul Scherrer Institute (PSI), working at SwissFEL. His research focuses on ultrafast magnetism and nonequilibrium dynamics in correlated materials, with an emphasis on X-ray spectroscopies and diffraction. He worked on developing and applying time-resolved resonant and diffuse scattering techniques to track spin fluctuations and collective excitations in real time, linking microscopic quasiparticle dynamics to macroscopic magnetic responses.",
"fit_rating": "Strong",
"fit_angle": "Time-resolved resonant diffuse X-ray scattering with ultrafast X-ray probes at PSI — direct beamline fit.",
"roles": [
{
"type": "presenter",
"session": "Session 8: Optical Sensing Under Extreme Environments",
"title": "Hierarchical quasiparticle dynamics in antiferromagnets revealed by time- and momentum-resolved x-ray scattering",
"date": "26 August 2026",
"time": "1:50 PM - 2:10 PM",
"abstract": "Energy flow between coupled subsystems is central to ultrafast dynamics and high-speed technologies. In magnetic materials, spin fluctuations (magnons) mediate these processes, yet momentum-resolved access to the low-energy magnons governing microscopic dynamics has been limited. We combine time-resolved resonant diffuse scattering with ultrafast X-ray probes and quantum-kinetic simulations to map energy pathways in photoexcited antiferromagnetic CuO. Above-bandgap excitation induces near-instantaneous spin disorder, generating non-thermal magnons across reciprocal space within femtoseconds. Momentum-resolved tracking reveals picosecond magnon quasi-thermalization, followed by nanosecond recovery via momentum-selective magnon–phonon scattering. Dispersion mismatch creates recovery bottlenecks that set non-equilibrium lifetimes.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Arrate Muñoz Barrutia",
"affiliation": "Univ. Carlos III de Madrid (Spain), Instituto de Investigación Sanitaria Gregorio Marañón (Spain)",
"linkedin": "https://www.linkedin.com/in/arratemunozbarrutia/",
"website": "https://www.uc3m.es/ss/Satellite/DeptBioingenieria/en/DetallePersonalDept/1371347493955/idu-221235",
"bio": "Arrate Muñoz Barrutia is Full Professor at Universidad Carlos III de Madrid and Senior Researcher at Instituto de Investigación Sanitaria Gregorio Marañón. She received a PhD from EPFL (Switzerland) and has held visiting positions at Johns Hopkins University and Caltech. Her research focuses on artificial intelligence for quantitative bioimaging, with particular emphasis on deep learning, reproducible bioimage analysis workflows, and multiscale modeling of disease. She has contributed to foundational developments in bioimage segmentation, 3D histological reconstruction, and open-source AI tools that bridge advanced machine learning with experimental microscopy, including deepImageJ and the BioImage Model Zoo. Her work spans computational oncology, neurodegeneration modeling, and data-driven approaches to understand tissue organization and disease progression. She is an IEEE Fellow and serves as Associate Editor of IEEE Transactions on Medical Imaging.",
"fit_rating": "Weak",
"fit_angle": "AI for microscopy/bioimaging — no beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Artificial Intelligence Plenary",
"title": "Artificial intelligence for microscopy: from image analysis to intelligent imaging",
"date": "26 August 2026",
"time": "5:05 PM - 5:45 PM",
"abstract": "Recent advances in microscopy are generating unprecedented volumes of high-resolution biological data across spatial and temporal scales. Artificial intelligence is rapidly transforming how this data is interpreted, enabling the automated extraction of quantitative information from complex images and opening new opportunities for data-driven discovery in biology and medicine.\nThis lecture will discuss recent progress in the integration of deep learning with microscopy workflows, highlighting how AI methods are reshaping the analysis of biological images and enabling reproducible, scalable computational pipelines. Particular emphasis will be placed on the development of accessible AI tools and open computational frameworks that allow researchers to deploy advanced machine-learning models directly within established bioimaging environments.\nInterdisciplinary approaches that combine AI-based image analysis with physical and biological modeling are also emerging as powerful strategies to study complex biological systems. Such approaches enable quantitative investigation of cell mechanics, tissue organization, and large-scale three-dimensional histological reconstruction, illustrating how computational methods can reveal new insights into biological structure and function across scales.\nFinally, emerging directions at the intersection of artificial intelligence and optical imaging will be discussed, including smart microscopy systems capable of adaptive acquisition, agent-based AI approaches for scientific discovery, and the growing importance of sustainable computing in data-intensive bioimaging.",
"notes": "Plenary Presentation"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Burak Guzelturk",
"affiliation": "Argonne National Lab. (United States)",
"linkedin": "https://www.linkedin.com/in/burak-g%C3%BCzelt%C3%BCrk-02b92528/",
"website": "https://www.anl.gov/profile/burak-guzelturk",
"bio": "Burak Guzelturk is a Physicist at Argonne National Laboratory whose research focuses on ultrafast X-ray, optical and terahertz techniques to study charge and lattice dynamics in quantum and energy materials. He previously held a joint postdoctoral appointment at Stanford University and SLAC National Accelerator Laboratory, where he pioneered time-resolved X-ray diffuse scattering and time-resolved atomic pair distribution function approaches to reveal polaronic lattice distortions. He earned his Ph.D. in Electrical and Electronics Engineering from Bilkent University, where he developed high-gain nanocrystal quantum dot lasers and exciton-engineered nanocrystal assemblies. He has published more than 75 journal articles, is a co-inventor on multiple patents, and is a recipient of several international honors including the ACS Nano Lectureship and SPIE Optics and Photonics Scholarship.",
"fit_rating": "Strong",
"fit_angle": "Combines ultrafast electron diffraction with pump-probe total X-ray scattering at Argonne — direct beamline fit.",
"partnership_angle": [
"This is the closest technical match on the whole shortlist: ultrafast electron diffraction combined with pump-probe total X-ray scattering to track structural symmetry changes in quantum dots on ultrafast timescales — exactly the time-resolved, pump-probe X-ray measurement category Wavegate is built to make more beamtime-efficient.",
"He's at Argonne and previously held a joint postdoc at Stanford and SLAC — meaning he's worked across at least two major X-ray facilities and would recognize the beamtime-allocation pain point immediately, no explaining required."
],
"roles": [
{
"type": "presenter",
"session": "Session 6: Nonlinear Excitation Regimes in Materials IV",
"title": "Light-driven symmetry control in lead chalcogenide quantum dots probed by ultrafast electron and x-ray scattering",
"date": "25 August 2026",
"time": "3:40 PM - 4:10 PM",
"abstract": "Symmetry control enables unconventional material properties such as ferroelectricity, nonlinear optical response, and topological phases central to quantum and photonic technologies, yet fast and reversible symmetry manipulation at the nanoscale remains challenging. I will show that light can dynamically control structural symmetry in lead chalcogenide quantum dots on ultrafast timescales. Using ultrafast electron diffraction and pump–probe total X-ray scattering combined with atomic-scale structural modeling and first-principles calculations, we find that the symmetry-broken ground state of lead sulfide quantum dots reversibly transforms to a centrosymmetric phase upon photoexcitation. The transition occurs within picoseconds and is driven by excited carriers. The structural change is directly coupled to electronic response, producing transient bandgap shifts. These results establish a pathway for light-driven symmetry control and dynamic tuning of electronic structure for optoelectronic and quantum devices.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": [
"collaborator"
]
},
{
"name": "Carmen S. Menoni",
"affiliation": "Colorado State Univ. (United States)",
"linkedin": "",
"website": "https://www.engr.colostate.edu/ece/people/carmen-menoni/",
"bio": "Dr. Carmen S. Menoni is University Distinguished Professor in the Department of Electrical and Computer Engineering. Prof. Menoni's group investigates the synthesis of amorphous thin film oxides by sputtering to engineer interference coatings for high average and peak power lasers and gravitational wave detectors. Her work is published in over 340 publications. Menoni's technical contributions have been honored by several awards and elevation to Fellow of five professional societies, including SPIE. She is the recipient of the 2025 SPIE Maria Goppert Award.",
"fit_rating": "Weak",
"fit_angle": "Laser interference coatings for high-power lasers — no beamline tie, though a prominent SPIE figure.",
"roles": [
{
"type": "presenter",
"session": "Session 3: Nonlinear Excitation Regimes in Materials I",
"title": "The extreme demands of interference coatings in high intensity and high average power laser drivers",
"date": "25 August 2026",
"time": "9:00 AM - 9:30 AM",
"abstract": "Multilayer dielectric (MLD) coatings are one of the most critical components in high intensity and high average power laser drivers as they prematurely suffer laser damage. This work will describe the state-of-the-art in MLD coatings for specific laser drivers operating from the ultraviolet to the near infrared which are being developed for high intensity science and fusion energy. Strategies on materials engineering and device design being pursued to increase the laser damage resistance of the MLD coatings will be described.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Christiaan J. Bekker",
"affiliation": "Heriot-Watt Univ. (United Kingdom)",
"linkedin": "https://www.linkedin.com/in/christiaan-bekker/",
"website": "https://www.hw.ac.uk/profiles/uk/school/eps/faculty/christiaan-bekker",
"bio": "Dr Christiaan Bekker is a Royal Academy of Engineering Research Fellow at Heriot-Watt University, Edinburgh, UK. His current research focuses on the development of a scalable on-chip architecture to efficiently address arrays of quantum memory bits based on solid-state defects in silicon carbide. Dr Bekker completed his PhD at the University of Queensland, Brisbane, Australia in 2020 on the topic of integrated opto-electromechanical systems, after which he moved to Heriot-Watt University as a postdoctoral researcher to develop adaptive protocols for measurement of single nitrogen-vacancy colour centres in diamond. He commenced his current position in 2022.",
"fit_rating": "Weak",
"fit_angle": "Femtosecond laser writing of qubit defects; Session 6 chair — no beamline tie.",
"roles": [
{
"type": "chair",
"session": "Session 6: Nonlinear Excitation Regimes in Materials IV",
"date": "25 August 2026",
"time": "3:40 PM - 5:10 PM"
},
{
"type": "presenter",
"session": "Session 5: Nonlinear Excitation Regimes in Materials III",
"title": "Generation of single modified solid-state defects within 4H-SiC solid immersion lenses through femtosecond laser writing",
"date": "25 August 2026",
"time": "2:40 PM - 3:10 PM",
"abstract": "Optically-active solid-state qubits based on silicon vacancy (VSi) centers in silicon carbide (SiC) are a promising emerging platform for use in quantum technologies due to long-lived electronic spin states and strong spin-photon interaction. However, SiC possesses a high optical refractive index, strongly limiting light collected from quantum emitters due to reflections at the crystal interface.\nWe present results showing femtosecond laser writing of single VSi centers registered to the center of solid immersion lens (SIL) structures, enhancing the emitters’ optical collection efficiency by a factor of ~4.5. Remarkably however, many generated defects display properties inconsistent with standard VSi centers reported in the literature, and instead are consistent with theoretically-predicted modified VSi configurations, where nearby carbon antisites affect the VSi center.\nMore research is required to understand how these modified defects are generated during laser writing, and to access the rich suite of engineered defects arising from nonequilibrium effects in crystal lattices.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Christopher Arrell",
"affiliation": "Paul Scherrer Institut (Switzerland)",
"linkedin": "https://www.linkedin.com/in/christopher-arrell-2a893086/",
"website": "https://www.psi.ch/de/lsc/people/christopher-arrell",
"bio": "Christopher Arrell received his PhD and MSci from Imperial College London. During his doctoral thesis work, he developed an attosecond photoelectron spectroscopy experiment for AMO and solid-state processes using high harmonic generation (HHG). During his PhD he regularly collaborated with the advanced laser labs of RIKEN and with industrial partners at NTT AT labs in Japan to develop new methods to detect and image VUV radiation. In 2011 he joined the lab of Majed Chergui at EPFL, Switzerland. His scientific focus was time-resolved VUV photoelectron spectroscopy of liquids, and he observed the first strong-field processes in liquids. He was part of the seed of the Lausanne Centre for Ultrafast Science (LACUS) and is a partner of LaserLab Europe. In 2017 he joined the SwissFEL project to develop photon diagnostics and detection schemes for hard and soft X-rays.",
"fit_rating": "Strong",
"fit_angle": "Co-author on the SwissFEL beamline instrumentation paper above, and his own role at PSI is developing photon diagnostics and detection schemes for hard and soft X-rays — direct beamline hardware overlap.",
"roles": [
{
"type": "presenter",
"session": "Session 8: Optical Sensing Under Extreme Environments",
"title": "Advanced Beamline Instrumentation: Probing Low-Energy Excitations in Functional Materials",
"date": "26 August 2026",
"time": "1:30 PM - 1:50 PM",
"abstract": "Miniaturization and increased complexity drive today’s modern technologies. Nanotechnology enables precise manipulation of functional material properties on nanometer length scales, intrinsically linked to ultrafast timescales of femtoseconds to a few picoseconds. Free electron laser have emerged as powerfull tool for investigating these phenomena, offering unmatched spatial and temporal resolution. In this talk, I will discuss state-of-the-art instrumentation at the Bernina endstation of SwissFEL, designed to study functional materials under extreme environements. I will discuss excitations of the crystal lattice by low-energy phonons with finite momentum, ranging in frequency from hundreds of GHz to a few THz. These phonons can be harnessed as a tool for precise manipulation of material properties. I will showcase new opportunities in dynamic strain engineering of soft mode driven properties of functional materials on ultrafast timescales. The study of phonon-driven mechanisms offers a framework for designing energy-efficient devices and understanding nanoscale thermal management in materials critical for high-performance electronics.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Denis Karaiskaj",
"affiliation": "Univ. of South Florida (United States)",
"linkedin": "https://www.linkedin.com/in/denis-karaiskaj-488995391/",
"website": "https://www.usf.edu/arts-sciences/departments/physics/people/faculty/denis-karaiskaj.aspx",
"bio": "Completed his Diplom in Physics at the University of Marburg, Germany, and PhD in Physics at Simon Fraser University in Burnaby, Canada. After his education he was a postdoctoral fellow at the University of California, Irvine, a research associate at NREL, and a senior research associate at JILA, in Colorado. Since 2009 he has been faculty at the University of South Florida, Tampa.",
"fit_rating": "Moderate",
"fit_angle": "Runs high-field magneto-spectroscopy (up to 25T) — shared-facility, time-constrained science, though optical rather than X-ray.",
"roles": [
{
"type": "presenter",
"session": "Session 8: Optical Sensing Under Extreme Environments",
"title": "Understanding the excitonic coherence in layered materials with strong coupling to the antiferromagnetic order",
"date": "26 August 2026",
"time": "1:00 PM - 1:30 PM",
"abstract": "Unlike these conventional excitons formed from extended Bloch states, excitonic bound states from intrinsically many-body localized states are rare and peculiar. Such a spin–orbit-entangled exciton state appears below the Néel temperature of 150 K in NiPS3, an antiferromagnetic van der Waals material. This exciton is thought to arise intrinsically from the many-body states of the Zhang–Rice state. The excitonic transition shows an extremely narrow linewidth and was attributed to a transition from a Zhang–Rice triplet to a Zhang–Rice singlet. These excitons are thought to be coupled to zigzag antiferromagnetic order in this layered antiferromagnetic insulator. The exciton exhibits a narrow photoluminescence linewidth with near-unity linear polarization. By applying an in-plane magnetic field, manipulation of the photoluminescence polarization can be achieved. We combine different spectroscopic tools such as linear and time-resolved spectroscopy in magnetic fields up to 25 Tesla to understand the coherent properties of this exitonic transition. Magnetic field and temperature dependent four-wave mixing, and multidimensional spectroscopy measurements will be discussed.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Edoardo Baldini",
"affiliation": "The Univ. of Texas at Austin (United States)",
"linkedin": "https://www.linkedin.com/in/edoardobaldini/?locale=en",
"website": "https://physics.utexas.edu/directory/edoardo-baldini",
"bio": "Edoardo Baldini received his Ph.D. in Physics from the École Polytechnique Fédérale de Lausanne (EPFL) in 2017 and then worked as a postdoctoral fellow in the Department of Physics of the Massachusetts Institute of Technology (MIT) until the end of 2021. He joined the faculty of the Department of Physics at the University of Texas at Austin in January 2022. His research lies at the intersection of quantum condensed matter physics and optical science and is driven by the goal to understand and manipulate complex materials and their emergent quantum phases with advanced laser techniques. His discoveries have led him to receive various prizes, including the IUPAP Prize in Optics, the Ludwig Genzel Prize, the Sloan Research Fellowship, the NSF CAREER Award, the AFOSR YIP Award, and the IBM Prize in Condensed Matter Physics.",
"fit_rating": "Weak",
"fit_angle": "THz-driven magnonics via lab-based optical pump-probe — no explicit beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Session 4: Nonlinear Excitation Regimes in Materials II",
"title": "Coherent nonlinear magnonics",
"date": "25 August 2026",
"time": "10:40 AM - 11:10 AM",
"abstract": "Tailored light excitation enables nonlinear control of collective modes in quantum materials. We demonstrate that intense terahertz fields drive magnon up-conversion via an intermediate magnon mode, revealing unidirectional coupling between spin waves in a canted antiferromagnet. This work establishes new pathways for ultrafast, low-dissipation control of magnetism relevant to spintronics and magnonics.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Edwin Fohtung",
"affiliation": "Rensselaer Polytechnic Institute (United States)",
"linkedin": "https://www.linkedin.com/in/edwin-fohtung-48895a3/",
"website": "https://faculty.rpi.edu/edwin-fohtung",
"bio": "",
"fit_rating": "Strong",
"fit_angle": "Uses coherent X-ray imaging combined with time-resolved Raman to study extreme optical excitation — direct beamline pump-probe fit.",
"partnership_angle": [
"His talk pairs coherent X-ray imaging with time-resolved Raman spectroscopy to probe transient states under extreme optical excitation — structurally the same pump-probe measurement category as Burak Guzelturk's talk in the same session block.",
"He also chairs a separate session (Session 2: Advances in Coherent Light Source) at the same conference, giving him a second point of visibility beyond his own paper."
],
"roles": [
{
"type": "chair",
"session": "Session 2: Advances in Coherent Light Source",
"date": "24 August 2026",
"time": "3:40 PM - 4:40 PM"
},
{
"type": "presenter",
"session": "Session 4: Nonlinear Excitation Regimes in Materials II",
"title": "Structured light-driven ferroic topological states under extreme optical excitation",
"date": "25 August 2026",
"time": "11:40 AM - 12:10 PM",
"abstract": "We explore how structured optical fields carrying orbital angular momentum (OAM) can drive ferroic materials into non-equilibrium topological states under extreme optical excitation. Using twisted ultraviolet beams combined with coherent x-ray imaging and time-resolved Raman spectroscopy, we probe the transient response of layered ferroelectrics and oxide nanocrystals under focused structured illumination. The spatially varying phase and intensity of optical vortices generate strain gradients and flexoelectric coupling, enabling deterministic control of polarization textures and vortex-like configurations. Our results reveal light-induced strain–polarization interactions and metastable topological states that persist beyond excitation. These findings establish structured light as a powerful platform for engineering ultrafast, non-equilibrium material functionalities.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": [
"collaborator"
]
},
{
"name": "Femi D. Akinrinola",
"affiliation": "West Virginia Univ. (United States)",
"linkedin": "",
"website": "",
"bio": "",
"fit_rating": "Moderate",
"fit_angle": "Uses soft X-ray absorption spectroscopy (synchrotron technique) for niobium oxide characterization — beamline user, though not time-resolved here.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Nonlinear Excitation Regimes in Materials IV",
"title": "Chemical etching effects on niobium oxide formation in superconducting films",
"date": "25 August 2026",
"time": "4:40 PM - 5:10 PM",
"abstract": "Native oxide on niobium surfaces contributes to two-level-system loss in superconducting qubits and detectors, but quantifying its chemistry by soft X-ray absorption is complicated by the oxide's disordered, mixed-valence character. We show that linear-combination fitting (LCF) of O K-edge spectra to crystalline powder references is not robust for these films because powder oxidation makes the reference spectra similar and small energy shifts produce large changes in inferred composition. We therefore introduce an LCF-independent approach based on two observables: the intensity ratio of the first two O K-edge peaks and the crystal-field splitting obtained from pseudo-Voigt fits. Applied to 50 and 250 nm sputter-deposited Nb/Si films across pristine, buffered-oxide-etch, hydrofluoric acid, and hydrogen surface treatments, the two observables yield a consistent treatment ordering. A spectral-weight analysis places all samples within a predominantly Nb₂O₅-like family. The ordering is consistent with an increased contribution from non-pentoxide niobium oxides toward the HF-treated end of the series and may reflect thickness dependence. The approach could help when references do not.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Giovanni Volpe",
"affiliation": "Göteborgs Univ. (Sweden)",
"linkedin": "https://www.linkedin.com/in/gvolpe/",
"website": "https://iflai.com/",
"bio": "Co-founder of iflai (iflai.com), which develops data-efficient AI models that embed physics knowledge into their architectures, requiring minimal data to achieve high accuracy across medtech, manufacturing, and security applications. The company describes itself as born out of research at Chalmers University of Technology and the University of Gothenburg — consistent with his own affiliation — though the company site itself does not name individual founders.",
"fit_rating": "Weak",
"fit_angle": "AI Plenary chair; no presentation or beamline connection on record.",
"roles": [
{
"type": "chair",
"session": "Artificial Intelligence Plenary",
"date": "26 August 2026",
"time": "5:00 PM - 5:45 PM"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Giti A. Khodaparast",
"affiliation": "Virginia Polytechnic Institute and State Univ. (United States)",
"linkedin": "https://www.linkedin.com/in/giti-khodaparast-202355392/",
"website": "https://www.phys.vt.edu/About/people/Faculty/giti-khodaparast.html",
"bio": "Professor Giti Khodaparast's research activities at Virginia Tech have been focused on utilizing and enhancing the importance and power of magneto-optical spectroscopy to explore quantum coherence, correlations, and many-body effects in several materials systems that can play important roles in developing concepts for the next generation of devices or shed light on the underlying interactions at the nanoscale. In addition, she has established strong national and international collaborations with large research facilities, including the National High Magnetic Field Laboratory in Florida, and the Megagauss Laboratory in Kashiwa, Japan. She was selected as a fellow of OPTICA in 2024 and a fellow of SPIE in 2025.",
"fit_rating": "Moderate",
"fit_angle": "Her own talk is magneto-optics (not X-ray), but she's Conference Chair and chairs the Ultrafast X-ray Diffraction session — major influence over the facility-adjacent program.",
"roles": [
{
"type": "chair",
"session": "Session 7: Ultrafast X-ray Diffraction, Spectroscopy, and Imaging",
"date": "26 August 2026",
"time": "9:00 AM - 11:30 AM"
},
{
"type": "presenter",
"session": "Session 1: Magneto-Optical at High Fields",
"title": "Probe and control of multifunctional materials at high magnetic fields",
"date": "24 August 2026",
"time": "1:30 PM - 1:50 PM",
"abstract": "Developing new generations of devices demands the integration of materials from strained to flexible films. In this direction, multifunctional materials with their enhanced coupling between electronic, vibrational, and spin degrees of freedom, are ushering in a new era of revolutionary advances in optoelectronics, spintronics, and quantum sensing. In this talk, I will discuss several examples of multifunctional materials with less-explored optical functionalities under high magnetic fields. I will discuss how extensive multidisciplinary research is required to understand the inherent properties of complex systems with diverse functionalities.\nCollaborators: Brenden Magill, Stephen McGill, Yasuhiro H. Matsuda, Christopher Stanton, Hiro Munekata, Chris J. Palmstrøm, Javad Shabani, Mya Shekitka, Mathias Sander, and Shashank Priya.\nAcknowledgment: This material is based upon work supported by the Air Force Office of Scientific Research under award numbers FA9550-24-1-0059, FA9550-17-1-0341, and DURIP (FA9550-16-1-0358).",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Hans A. Bechtel",
"affiliation": "Lawrence Berkeley National Lab. (United States)",
"linkedin": "https://www.linkedin.com/in/hans-bechtel-0b137b8/",
"website": "https://profiles.lbl.gov/20791-hans-bechtel",
"bio": "Hans Bechtel is a staff scientist at Lawrence Berkeley National Laboratory, where he leads the Advanced Light Source infrared program. Hans obtained a B.S. in chemistry and computer science/mathematics from Furman University and a Ph.D. in physical chemistry from Stanford University. Currently, he develops state-of-the-art infrared instrumentation and collaborates with users to measure novel samples and materials.",
"fit_rating": "Strong",
"fit_angle": "Synchrotron infrared nanospectroscopy at Lawrence Berkeley National Lab — beamline facility scientist.",
"roles": [
{
"type": "chair",
"session": "Session 9: Magneto-Optical at Extereme High Magnetic Fields",
"date": "26 August 2026",
"time": "2:40 PM - 4:40 PM"
},
{
"type": "presenter",
"session": "Session 7: Ultrafast X-ray Diffraction, Spectroscopy, and Imaging",
"title": "Committing extreme SINS: broadening synchrotron infrared nanospectroscopy",
"date": "26 August 2026",
"time": "10:00 AM - 10:30 AM",
"abstract": "Synchrotron infrared nanospectroscopy (SINS) combines the broad bandwidth and brightness of synchrotron infrared radiation with scanning near-field optical microscopy (s-SNOM), enabling direct probing of low-energy excitations in functional materials with <20 nm spatial resolution from the far-IR to near-IR. I will highlight extensions of this technique beyond typical ambient conditions, including in vitro biological and in operando electrochemical applications using graphene liquid cells. Additionally, I will showcase the development of a new variable temperature cryogenic UHV SINS instrument.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Ifor D. W. Samuel",
"affiliation": "Univ. of St. Andrews (United Kingdom)",
"linkedin": "https://www.linkedin.com/in/ifor-samuel-2b665812/",
"website": "https://research-portal.st-andrews.ac.uk/en/persons/ifor-samuel/",
"bio": "Professor of Physics and Director of the Organic Semiconductor Centre, University of St Andrews, Scotland. Founder of Ambicare Health Ltd. Regional/Associate editor of Journal of Photonics for Energy, and Synthetic Metals. Fellow of the Royal Society of Edinburgh, SPIE, the Institute of Physics and the Royal Society of Chemistry. He leads a research group exploring the physics of organic semiconductor materials and devices - such as organic light-emitting diodes, solar cells and lasers. The group has particular expertise in photophysics including time resolved luminescence from femtosecond to microsecond timescales and its application to the development of advanced materials such as dendrimers and star-shaped truxenes. In addition he explores emerging applications of organic semiconductors, such as explosive sensing and skin cancer treatment. The work of the centre has been recognised through awards such as the Beilby Medal (Institute of Materials, Royal Society of Chemistry and Society of the Chemical Industry), the Ben Sturgeon Award (Society for Information Display) and the academic R&D award (from idtechex at Printed Electronics USA). He is co-chair of the Organic Photonics and Electronics symposium at the annual Optics and Photonics meeting in San Diego and on the program committees for several SPIE conferences.",
"fit_rating": "Weak",
"fit_angle": "Organic photonics and OLEDs — no beamline tie.",
"roles": [
{
"type": "chair",
"session": "Organic Photonics + Electronics Plenary",
"date": "24 August 2026",
"time": "10:30 AM - 12:20 PM"
},
{
"type": "presenter",
"session": "Organic Photonics + Electronics Plenary",
"title": "Welcome and Opening Remarks",
"date": "24 August 2026",
"time": "10:30 AM - 10:35 AM",
"abstract": "",
"notes": "Delivered jointly by the session co-chairs, per the SPIE program."
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "James Glownia",
"affiliation": "SLAC National Accelerator Lab. (United States)",
"linkedin": "https://www.linkedin.com/in/jamesglownia/",
"website": "https://portal.slac.stanford.edu/sites/lcls_public/science/people/jglownia",
"bio": "Comes from 16+ years of experience at LCLS as an ultrafast laser scientist that has enabled hundreds of experiments over the years. Currently the lead of the LCLS Laser Ultrafast Methods and Metrology group and the LCLS Experimental Operations Timing Lead, where the team is tasked with measuring the laser and x-ray pulses on the shortest time and length scales and implementing novel laser light sources for user science.",
"fit_rating": "Strong",
"fit_angle": "Leads LCLS's Laser Ultrafast Methods & Metrology group and is the LCLS Timing Lead — exactly the pump-probe timing/metrology problem Wavegate targets.",
"roles": [
{
"type": "chair",
"session": "Session 1: Magneto-Optical at High Fields",
"date": "24 August 2026",
"time": "1:30 PM - 3:10 PM"
},
{
"type": "presenter",
"session": "Session 2: Advances in Coherent Light Source",
"title": "Observed experimental timing and opportunities at LCLS II",
"date": "24 August 2026",
"time": "3:40 PM - 4:10 PM",
"abstract": "The LINAC Coherent Light Source (LCLS) has been a world leading source of ultrafast x-ray science since its inception in 2009. In the past few years we have undertaken a large program to upgrade our 120 Hz repetition rate to 100 kHz class and build a new suite of atomic molecular optics (AMO) instrumentation as well as realize the long dream of performing femtosecond time resolved resonant inelastic x-ray scattering (RIXS) experiments that allow us to probe the structures of correlated electron materials and solution phase chemistry. As part of this advancement, we have also achieved world leading time resolution on the order of a few hundred attoseconds where we can directly observe coherences in Auger-Meitner decay and in valence electron re-arrangement in response to photoexcitation. This work is happening in concert with concomitant EUV to THz pump laser development that will be available at most end stations in a few years. I will talk about these new capabilities as well as future projects that are on the cusp of completion that will continue to revolutionize the field of ultrafast x-ray physics.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "James R. Durrant",
"affiliation": "Univ. of Oxford (United Kingdom), Imperial College London (United Kingdom)",
"linkedin": "https://www.linkedin.com/in/james-durrant-56137633b/",
"website": "https://www.chem.ox.ac.uk/people/james-durrant",
"bio": "James Durrant is Professor of Photochemistry and Sustainable Energy in the Department of Chemistry, University of Oxford, following his previous professorial appointments at Imperial College London and the University of Swansea. His research focuses on the use of transient optical spectroscopies to investigate the function of new materials for sustainable energy conversion, focusing on organic solar cells and, increasingly, on the solar driven synthesis of fuels and chemicals. His group studies a range of inorganic, hybrid and organic materials for applications in artificial photosynthesis, photocatalysis, solar cells and electrolysis. He was elected a Fellow of the Royal Society in 2017 and appointed a CBE for services to photochemistry and solar energy research in 2022.",
"fit_rating": "Weak",
"fit_angle": "Lab-based transient optical spectroscopy of solar cells — no beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Organic Photonics + Electronics Plenary",
"title": "Lessons from transient optical studies in materials design for organic solar cells and photocatalysts",
"date": "24 August 2026",
"time": "11:45 AM - 12:15 PM",
"abstract": "Organic semiconducting polymers have been attracting extensive interest for application in organic solar cells over the last 20 years, and more recently in organic photoelectrodes and photocatalysts for the solar driven synthesis of fuels and chemicals. I will start my talk by reviewing recent advances in such devices and the opportunities and challenges for technological application. I will then go on to focus on a key challenge for all such solar energy conversion devices: that efficient device function requires the generation of charge carriers with sufficient lifetime to drive the desired functional processes – charge collection by device contacts in solar cells and the catalysis of chemical reactions in photoelectrochemical / photocatalytic devices. The dynamics of exciton and charge separation, and their competition with charge recombination and decay to ground are therefore key factors determining device efficiencies. In my talk, I will discuss some of the insights which can be gained from transient optical studies of these kinetics for materials design for efficient device performances. I will use recent examples from my research group on organic solar cells and organic photoelectrodes and photocatalysts. In organic solar cells, I will discuss how non-fullerene acceptor design is enabling efficient charge generation with smaller energetic loss, and the impact of this on the dominant recombination pathways in high efficiency devices. In particular I will highlight how charge transfer states at donor / acceptor interfaces are becoming increasingly unimportant as the dominant recombination pathway in high performance devices and discuss how other interfaces and recombination pathways are now more critical in determining non-radiative recombination and energetic loss. I will then go on to discuss charge dynamics in organic photoelectrodes and nanoparticle photocatalysts, highlighting both parallels and differences with organic solar cells. I will highlight the role of the organic / aqueous interface in stabilizing charge separation. I will then go to discuss several material design strategies to enhance charge carrier lifetimes and thus photocatalytic function, including the impact of heterojunction nanomorphology, material crystallinity and, for single component nanoparticles, exciton diffusion length and suppression of non-radiative decay.",
"notes": "Plenary Presentation"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Johnathan Georgaras",
"affiliation": "Stanford Univ. (United States)",
"linkedin": "https://www.linkedin.com/in/johnathan-georgaras-0228a3b8/",
"website": "https://profiles.stanford.edu/johnathan-georgaras",
"bio": "Johnathan Georgaras is a PhD researcher in the Materials Science Department at Stanford University in the Jornada Group. He studies excited-state dynamics in stacked van der Waals materials using first-principles many-body formalisms and high-performance computing. He is funded by a Natural Sciences and Engineering Research Council of Canada Doctoral Fellowship.",
"fit_rating": "Moderate",
"fit_angle": "Ultrafast electron diffraction on van der Waals heterostructures — same adjacent pump-probe community as Ghosh.",
"roles": [
{
"type": "presenter",
"session": "Session 3: Nonlinear Excitation Regimes in Materials I",
"title": "Long-lived non-equilibrium phonons in twisted Van der Waals heterostructures",
"date": "25 August 2026",
"time": "9:50 AM - 10:10 AM",
"abstract": "Ultrafast electron diffraction (UED) measurements on twisted WSe2/MoSe2 heterobilayers reveal that zone-edge M-point phonons retain polarized, non-thermal populations with decay constants nearly twice the monolayer value. To uncover the microscopic scattering pathways governing these lifetimes, we developed a first-principles framework coupling the time-dependent Boltzmann equation (TDBE) with split machine-learned interatomic potentials and a multiphonon diffuse scattering formalism. Our simulations quantitatively reproduce the measured distributions, identify K-to-Q intervalley electron-phonon scattering as the dominant source of zone-edge phonon populations, and reveal that moiré superlattices selectively suppress momentum-redistributing decay channels for M-point modes. These results demonstrate the viability of twisted TMDC heterostructures as a tunable platform for decoupling phonon momentum thermalization from energy relaxation.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Kaiyang Huang",
"affiliation": "The Univ. of Tokyo (Japan)",
"linkedin": "",
"website": "https://sciprofiles.com/search?tab=scholars&q=Kaiyang+Huang",
"bio": "Kaiyang Huang is a third-year doctoral student (D3) in Prof. Yasuhiro Matsuda's group at the Institute for Solid State Physics (ISSP), The University of Tokyo, working at the High Magnetic Field Laboratory. His research focuses on optical properties of quantum materials under extreme magnetic fields, with particular emphasis on visible and near-infrared magneto-absorption spectroscopy, Faraday rotation measurements, and time-resolved terahertz spectroscopy combined with magnetic fields to probe magnon dynamics.",
"fit_rating": "Weak",
"fit_angle": "Optical magneto-absorption spectroscopy — no beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Session 9: Magneto-Optical at Extereme High Magnetic Fields",
"title": "Repulsive exciton-exciton interaction captured by microsecond magneto-absorption spectroscopy under ultra-high magnetic field",
"date": "26 August 2026",
"time": "3:10 PM - 3:40 PM",
"abstract": "We report ultrahigh-field magneto-absorption spectroscopy of NiPS3 targeting two ultranarrow excitonic resonances near 1.5 eV. In ultra-high magnetic fields up to 178 T, the two peaks move apart in energy: the higher-energy exciton blueshifts while the lower-energy exciton redshifts, revealing a pronounced field-tunable level repulsion. The band edge remains essentially unchanged within our resolution, and only a modest oscillator-strength transfer occurs between the two peaks. A minimal two-level interaction model with a quadratic common shift and a linear field-induced coupling reproduces the observed trends and indicates weak hybridization. Our work highlights NiPS3 as an extreme-environment platform for correlated exciton physics on an antiferromagnetic background.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Kishan Dholakia",
"affiliation": "Univ. of Adelaide (Australia)",
"linkedin": "https://www.linkedin.com/in/kishan-dholakia-611469237/",
"website": "https://researchers.adelaide.edu.au/profile/kishan.dholakia",
"bio": "ARC Laureate Fellow and Director, Centre of Light for Life, Univ. of Adelaide; also Professor of Physics, Univ. of St Andrews (UK), since 2003. Over 380 research publications (30+ in Nature/Science titled journals), h-index ~102, 48,000+ citations, 350+ invited/plenary/keynote talks. Raised $70M+ AUD in research funding as lead investigator; 27 patent families filed (23 licensed). Named South Australian Scientist of the Year 2025; elected SPIE Director (2025-2027). Fellow of the Royal Society of Edinburgh, Optica, SPIE, and the Institute of Physics (UK).",
"fit_rating": "Weak",
"fit_angle": "Biophotonics and optical trapping — no beamline connection, but SPIE Director-elect and a very high-visibility contact regardless.",
"roles": [
{
"type": "chair",
"session": "Nanoscience + Engineering Plenary",
"date": "24 August 2026",
"time": "8:30 AM - 9:55 AM"
},
{
"type": "presenter",
"session": "Nanoscience + Engineering Plenary",
"title": "Welcome and Opening Remarks",
"date": "24 August 2026",
"time": "8:30 AM - 8:35 AM",
"abstract": "",
"notes": "Not explicitly named as presenter on the SPIE program for these remarks — he is the session chair, and is treated here as the presenter per standard plenary convention. Sources: Adelaide researcher profile; Centre of Light for Life (https://www.adelaide.edu.au/centre-of-light-for-life/)."
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Laura Na Liu",
"affiliation": "Univ. Stuttgart (Germany), Max Planck Institute for Solid State Research (Germany)",
"linkedin": "https://www.linkedin.com/in/na-liu-9a952bb/",
"website": "https://www.pi2.uni-stuttgart.de/nanophotonics/team/Liu-00003/",
"bio": "Prof. Laura Na Liu received her Ph.D. in Physics from the University of Stuttgart, Germany. She then worked as a postdoctoral fellow at the University of California, Berkeley, and later as a Texas Instruments Visiting Professor at Rice University. Prior to her appointment as a Full Professor at the Kirchhoff Institute for Physics at the University of Heidelberg in 2015, she worked as an independent group leader at the Max Planck Institute for Intelligent Systems. In 2020, she joined the University of Stuttgart, where she became the Director of the 2nd Physics Institute.",
"fit_rating": "Weak",
"fit_angle": "Metasurfaces and organic electrochemical displays — no beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Nanoscience + Engineering Plenary",
"title": "Organic electrochemical meta-displays",
"date": "24 August 2026",
"time": "8:35 AM - 9:15 AM",
"abstract": "The evolution of display technologies has been driven by the ability to actively control light with ever-increasing spatial resolution and functionality. From liquid crystal panels to micromirror arrays, programmable optical elements have transformed how we generate, manipulate, and interact with visual information. Metasurfaces, ultrathin arrays of subwavelength nanostructures, offer a fundamentally new route to shaping optical wavefronts, enabling compact and highly efficient flat optical systems. However, translating static metasurface functionality into fully programmable and electrically addressable meta-displays remains a central challenge.\nIn this talk, we will present organic electrochemical metasurfaces as a new platform for intrinsically active meta-optics. By integrating redox-active organic materials with nanoscale photonic structures, we enable dynamic and reversible control of optical responses at the level of individual metasurface pixels. This approach establishes a pathway toward electrically programmable, low-voltage, and high-density meta-displays that operate as self-contained active optical devices rather than hybrid modulation systems. These organic meta-displays support real-time, user-driven holographic functionalities, illustrating how electrochemical material physics can be directly translated into system-level optical programmability. More broadly, this work points toward a future in which organic materials and meta-optics converge to enable compact, energy-efficient, and interactive flat photonic technologies.",
"notes": "Plenary Presentation"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Leora Dresselhaus-Marais",
"affiliation": "Stanford Univ. (United States)",
"linkedin": "https://www.linkedin.com/in/leora-dresselhaus-marais-262a0951/",
"website": "https://engineering.stanford.edu/people/leora-dresselhaus-marais",
"bio": "Leora Dresselhaus-Marais is an Assistant Professor in the Department of Materials Science & Engineering at Stanford University, with a courtesy appointment in Mechanical Engineering and a term appointment in Photon Science at SLAC National Accelerator Laboratory. Her group develops new x-ray and electron microscopy methods to study defects, extraction, and forming in metals, with research thrusts in sustainable steelmaking, metal 3D printing, and the fundamental mechanisms underlying material properties. She was previously a Lawrence Fellow at Lawrence Livermore National Laboratory, and holds a PhD in Physical Chemistry from MIT (advisor Keith Nelson) and a BA/MSc in Chemistry from the University of Pennsylvania.",
"fit_rating": "Strong",
"fit_angle": "Builds X-ray diffraction microscopes for ms-fs defect dynamics — direct synchrotron/XFEL pump-probe imaging work.",
"roles": [
{
"type": "presenter",
"session": "Session 2: Advances in Coherent Light Source",
"title": "Novel x-ray microscopes to resolve extreme defect dynamics",
"date": "24 August 2026",
"time": "4:10 PM - 4:40 PM",
"abstract": "The mechanical properties of materials are dictated by the structure and dynamics of their internal defects, largely determined by line defects (dislocations). While electron microscopes have imaged dislocations for a century, those dynamics are difficult to translate to the subsurface dynamics that govern bulk structural materials. My group develops X-ray diffraction microscopes to directly image defects in crystalline materials, observing their motion over ms-fs timescales hundreds of μm beneath the surface. I will present our new insights into acoustic waves interacting with dislocations, then show our images dislocations moving faster than the speed of sound (transonic dislocations) – providing the first validation of phonon radiation under these unusual conditions. I will then show how our subsequent studies have given deeper insights into the mechanisms of shock plasticity, enabled by ultrafast diffraction and imaging methods. Our results offer key insights into the mechanisms of dislocations under unusual and extreme conditions that govern strengthening effects in the hardest naturally occurring material on the planet.",
"notes": "Invited Paper. Note: the abstract is written in first person (\"My group develops...\"), suggesting Dresselhaus-Marais is the primary speaker, but the SPIE program credits both without specifying a presenting author."
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Lina Quan",
"affiliation": "The Univ. of North Carolina at Chapel Hill (United States)",
"linkedin": "https://www.linkedin.com/in/lina-quan-03669ab6/",
"website": "https://chem.unc.edu/people/quan-lina/",
"bio": "Lina Quan obtained her Ph.D. in Chemistry from Ewha Womans University in Seoul, South Korea, having conducted joint research with Prof. Edward Sargent at the University of Toronto. She then pursued postdoctoral research at the University of Toronto and the University of California, Berkeley, working with Prof. Peidong Yang from 2018 to 2020. She started her independent career at Virginia Tech as an Assistant Professor from 2021 to 2025. She is currently an Assistant Professor at UNC Chapel Hill in the Department of Chemistry. Her research centers on understanding the optical and electronic properties of emerging semiconductors, such as halide perovskites and their derivatives, with a focus on advancing their applications in next-generation semiconductor and quantum technologies.",
"fit_rating": "Weak",
"fit_angle": "Optical control of hybrid perovskites — no beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Nonlinear Excitation Regimes in Materials IV",
"title": "Photoinduced polar state in organic-inorganic hybrid perovskites",
"date": "25 August 2026",
"time": "4:10 PM - 4:40 PM",
"abstract": "Organic inorganic hybrid perovskites exhibit a rich interplay between organic and inorganic components, resulting in unique tunable electronic, optical, and structural properties. Central to their functionality is not just a static compositional arrangement, but rather the various dynamic structural degrees of freedom that enable collective functional responses. Designing and controlling crystalline materials with specific stimuli-responsive dynamics and regulated molecular motion is crucial for achieving these functional outcomes. I will present strategies for utilizing these dynamic structures, including optical control of symmetry breaking, optical anisotropy, and light polarization. I will begin with our recent observations of controlling and probing hidden polar states in metal halide perovskites. This approach allows us to drive the polar domains, potentially advancing the non-invasive ferroic applications of these materials.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Michael S. Strano",
"affiliation": "Massachusetts Institute of Technology (United States)",
"linkedin": "https://www.linkedin.com/in/michael-strano-b22a369/",
"website": "https://srg.mit.edu/",
"bio": "Professor Michael S. Strano is currently the Carbon P. Dubbs Professor in the Chemical Engineering Department at the Massachusetts Institute of Technology. He received his B.S. from Polytechnic University in Brooklyn, NY and Ph.D. from the University of Delaware, both in Chemical Engineering. He was a postdoctoral research fellow at Rice University in the departments of Chemistry and Physics under the guidance of Nobel Laureate Richard E. Smalley. From 2003 to 2007, Michael was an Assistant Professor in the Department of Chemical and Biomolecular Engineering at the University of Illinois at Urbana-Champaign before moving to MIT. His research focuses on biomolecule/nanoparticle interactions and the surface chemistry of low dimensional systems, nano-electronics, nanoparticle separations, and applications of vibrational spectroscopy to nanotechnology. Michael is the recipient of numerous awards for his work.",
"fit_rating": "Weak",
"fit_angle": "Carbon-nanotube biosensing — no beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Nanoscience + Engineering Plenary",
"title": "Exciton-driven optics and molecular recognition in carbon nanotube nanosensors: from single-molecule detection to living plant diagnostics",
"date": "24 August 2026",
"time": "9:15 AM - 9:55 AM",
"abstract": "Fluorescent single-walled carbon nanotubes (SWCNTs) have emerged as uniquely powerful optical probes for biosensing owing to their stable near-infrared emission, excitonic sensitivity to local perturbations, and compatibility with scattering biological media. This plenary will highlight how nanoscale optical phenomena—specifically one-dimensional exciton transport and quenching—enable single-molecule detection through discrete, stochastic fluorescence modulation events. By engineering the corona phase surrounding SWCNTs, including DNA, polymers, and aptamer-functionalized coatings, molecular recognition can be programmed without perturbing the nanotube’s intrinsic photophysics. These corona phase molecular recognition (CoPhMoRe) strategies produce highly selective and reversible optical responses to analytes ranging from nitric oxide and hydrogen peroxide to proteins and neurotransmitters. Combined with analytical frameworks such as hidden Markov modeling and birth–death kinetics, these optical nanosensors extract quantitative molecular dynamics from fluorescence trajectories, enabling real-time, label-free measurements of single-molecule adsorption, desorption, and cellular efflux processes.\nThis presentation will further describe advances in optical instrumentation and signal processing, including wavelength-induced frequency filtering (WIFF), which enhances signal-to-noise ratios in highly scattering environments and extends nanosensor imaging to centimeter-scale tissue depths. These developments have enabled unprecedented applications in living systems, from mapping reactive oxygen species signaling at single-cell resolution to detecting protein secretion from individual microorganisms in real time. The convergence of near-infrared photonics, nanoscale molecular recognition, and in vivo-compatible sensing culminates in recent breakthroughs in plant biology, where SWCNT-based optical nanosensors non-invasively track hormonal and oxidative signaling dynamics across intact tissues. Applications including real-time imaging of wound-induced hydrogen peroxide waves, multiplexed detection of stress signaling molecules, and direct measurement of plant hormones such as auxin illustrate a new paradigm for precision agriculture. By enabling continuous, spatially resolved biochemical monitoring in crops, these optical nanosensor platforms open pathways toward early stress diagnostics, climate-resilient agriculture, and next-generation biointegrated sensing technologies.",
"notes": "Plenary Presentation"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Mikel B. Holcomb",
"affiliation": "West Virginia Univ. (United States)",
"linkedin": "https://www.linkedin.com/in/mickymagnets/",
"website": "https://physics.wvu.edu/directory/faculty/mikel-holcomb",
"bio": "Dr. Mikel Holcomb is an Associate Professor of Physics at West Virginia University, where she leads an experimental condensed matter research program focused on magnetism and emergent behavior in complex materials. Her group specializes in thin-film synthesis, surface and interface studies, and advanced synchrotron and spectroscopy techniques. She earned her Ph.D. in Physics from the University of California, Berkeley. Her research has been supported by the National Science Foundation, NASA and the Department of Energy. Dr. Holcomb is always interested in developing new collaborations, including those that span disciplinary boundaries. She is also dedicated to mentoring students and supporting meaningful research experiences at all stages and has designed a freshman-focused hands-on research course designed to introduce students to research.",
"fit_rating": "Strong",
"fit_angle": "Listed as a co-author on the niobium oxide paper, and her own group explicitly runs advanced synchrotron and spectroscopy techniques — a genuine beamline user and, as group PI, a real decision-maker.",
"partnership_angle": [
"Her own abstract flags a real measurement-precision problem: linear-combination fitting of O K-edge soft X-ray absorption spectra breaks down because powder-oxide reference standards don't match the disordered, mixed-valence chemistry of the actual thin-film oxide — meaning her group is already fighting the tradeoff between getting a clean enough spectrum and how much beamtime that costs.",
"As group PI, she's also the one who actually approves new tools or facility relationships for her lab, not a bench scientist relaying it upward — consistent with why she's tagged as a budget-holder contact."
],
"roles": [
{
"type": "presenter",
"session": "Session 6: Nonlinear Excitation Regimes in Materials IV",
"title": "Chemical etching effects on niobium oxide formation in superconducting films",
"date": "25 August 2026",
"time": "4:40 PM - 5:10 PM",
"abstract": "Native oxide on niobium surfaces contributes to two-level-system loss in superconducting qubits and detectors, but quantifying its chemistry by soft X-ray absorption is complicated by the oxide's disordered, mixed-valence character. We show that linear-combination fitting (LCF) of O K-edge spectra to crystalline powder references is not robust for these films because powder oxidation makes the reference spectra similar and small energy shifts produce large changes in inferred composition. We therefore introduce an LCF-independent approach based on two observables: the intensity ratio of the first two O K-edge peaks and the crystal-field splitting obtained from pseudo-Voigt fits. Applied to 50 and 250 nm sputter-deposited Nb/Si films across pristine, buffered-oxide-etch, hydrofluoric acid, and hydrogen surface treatments, the two observables yield a consistent treatment ordering. A spectral-weight analysis places all samples within a predominantly Nb₂O₅-like family. The ordering is consistent with an increased contribution from non-pentoxide niobium oxides toward the HF-treated end of the series and may reflect thickness dependence. The approach could help when references do not.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": [
"money"
]
},
{
"name": "Mckinley Black",
"affiliation": "mckinley black",
"email": "mckinley@mckinleyblack.com",
"linkedin": "",
"website": "",
"bio": "DEMO/TEST ENTRY — not a real SPIE presenter. Added to prototype the Outreach interface (mail-merge-from-presenter-card) using a safe, real inbox instead of an actual prospect.",
"fit_rating": "Strong",
"fit_angle": "Test entry — CEO with budget authority, used to validate the Money tag and outreach flow end to end.",
"roles": [
{
"type": "presenter",
"session": "Session 6: Nonlinear Excitation Regimes in Materials IV",
"title": "(Demo entry — not a real SPIE paper)",
"date": "25 August 2026",
"time": "3:40 PM - 5:10 PM"
}
],
"outreach_log": [
{
"date": "17.08.26",
"note": "Draft opened in Mail.app (reconnect_message.txt), 17.08.26 14:52"
}
],
"notes": "",
"value_tags": [
"money"
]
},
{
"name": "Mona Jarrahi",
"affiliation": "UCLA Samueli School of Engineering (United States)",
"linkedin": "https://www.linkedin.com/in/mona-jarrahi-7783b717/",
"website": "https://samueli.ucla.edu/people/mona-jarrahi/",
"bio": "Mona Jarrahi is a Professor of Electrical and Computer Engineering at UCLA and the Director of the Terahertz Electronics Laboratory. Her research is focused on ultrafast electronic and optoelectronic devices and integrated systems for terahertz, infrared, and millimeter-wave sensing, imaging, computing, and communication by utilizing novel materials, plasmonic nanostructures, and quantum structures. Lab site: https://www.seas.ucla.edu/~mjarrahi/index.html",
"fit_rating": "Weak",
"fit_angle": "Lab-based plasmonic THz imaging — no beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Session 5: Nonlinear Excitation Regimes in Materials III",
"title": "Plasmonic terahertz hyperspectral imaging platforms",
"date": "25 August 2026",
"time": "2:10 PM - 2:40 PM",
"abstract": "We present hyperspectral terahertz imaging platforms that employ large-scale plasmonic nanoantenna arrays to enable parallel, broadband spectroscopic measurements. Unlike conventional terahertz imaging systems that depend on single-pixel detectors and raster scanning, our technology provides rapid, high-resolution imaging across an extended terahertz bandwidth while simultaneously capturing rich spectral information without any raster scanning. By overcoming long-standing limitations in throughput and sensitivity, plasmonic nanoantenna–based architectures offer compact and scalable solutions for chemical sensing, material characterization, and biomedical imaging.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Motohiro Doi",
"affiliation": "The Institute for Solid State Physics, The Univ. of Tokyo (Japan)",
"linkedin": "https://www.linkedin.com/in/motohiro-doi-9b4296a9/",
"website": "",
"bio": "Motohiro Doi is a master's student at the University of Tokyo. His research focuses on high-field magneto-optical measurements of antiferromagnetic materials.",
"fit_rating": "Weak",
"fit_angle": "Master's student doing high-field magneto-optics — no beamline tie, but worth a long-game relationship given his field.",
"roles": [
{
"type": "presenter",
"session": "Session 1: Magneto-Optical at High Fields",
"title": "Giant linear dichroism controlled by magnetic field in feps3",
"date": "24 August 2026",
"time": "2:50 PM - 3:10 PM",
"abstract": "In this study, we experimentally demonstrate the magnetic-field switching of giant linear dichroism (LD) in the van der Waals antiferromagnet FePS3. High-field optical measurements reveal a drastic change in the absorptance spectra: the optical transitions in the 1.6–2.0 eV range, which are strongly suppressed for light polarized perpendicular to the zigzag direction in the antiferromagnetic state, are suddenly restored in the fully polarized state above the critical field of ~40 T. This spectral evolution suggests that the electronic excitation processes are governed by the spin order. Furthermore, using a newly developed rotatable linear-polarization probe, we demonstrated that the optical anisotropy evolves from a twofold symmetry to an isotropic circular profile, providing evidence for the control of LD driven by the change of spin order.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Naipeng Zhang",
"affiliation": "National High Magnetic Field Lab. (United States)",
"linkedin": "",
"website": "https://nationalmaglab.org/staff/?name=NaipengZhang",
"bio": "Naipeng Zhang is a staff scientist at the National High Magnetic Field Laboratory (NHMFL), where he develops high-field magneto-Raman/PL spectroscopy under extreme conditions, including high magnetic fields, low temperatures, and high pressures, and supports user experiments. His research interests focus on field-driven phase transitions and collective modes in quantum magnets.",
"fit_rating": "Moderate",
"fit_angle": "NHMFL staff scientist supporting user experiments under magnet-time constraints — same time-constrained-facility pain point Wavegate addresses, different modality.",
"roles": [
{
"type": "presenter",
"session": "Session 1: Magneto-Optical at High Fields",
"title": "High-field magneto-Raman spectroscopy of frustrated quantum magnets at the NHMFL",
"date": "24 August 2026",
"time": "1:50 PM - 2:20 PM",
"abstract": "Frustrated quantum magnets host a rich variety of unconventional magnetic ground states and low-energy excitations arising from competing interactions, making them an ideal platform for spectroscopic studies under extreme conditions. At National High Magnetic Field Laboratory (NHMFL, Tallahassee, FL), we recently developed a user-friendly magneto-Raman spectroscopy facility that enables polarization-resolved Raman scattering experiments under high magnetic fields up to 31 T, temperatures down to ~4.5K with low-frequency cutoff of 8cm-1. We can also offer a 31 T fiber-coupled setup capable of temperatures down to 0.5 K. In this talk, I will present an overview of the Raman spectroscopy integrated with high magnetic fields at the NHMFL and discuss our recent results in high-field Raman spectroscopy of quantum magnets. All described systems are available for NHMFL users. Please see https://nationalmaglab.org/user-resources on applying for magnet time.\nThe NHMFL is supported through NSF/DMR-2128556 and the State of Florida. The research on magneto-spectroscopy of quantum magnets is supported by DOE under Grant DE-FG02-07ER46451.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Nicolette G. Puskar",
"affiliation": "The James Franck Institute (United States)",
"linkedin": "https://www.linkedin.com/in/nicolettepuskar/",
"website": "https://jamesfranckinstitute.uchicago.edu/people/profile/nicolette-puskar/",
"bio": "Dr. Nicolette Puskar is a postdoctoral scholar in the lab of Prof. Sarah King at the University of Chicago, where she explores the ultrafast dynamics of condensed matter systems and interfaces with time-resolved spectroscopies. She received her Ph.D. in Chemistry from the University of California, Berkeley where she studied the quantum dynamics of atoms and small molecules using attosecond noncollinear four-wave mixing spectroscopy in the labs of Prof. Stephen Leone and Prof. Daniel Neumark. She received her B.A. in Chemistry and B.A. in Vocal Performance at Lawrence University and Conservatory of Music, where she measured molecular diffusion dynamics in ionic liquids with fluorescence correlation spectroscopy under Prof. Allison Fleshman.",
"fit_rating": "Weak",
"fit_angle": "Lab-based femtosecond transient absorption spectroscopy — no beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Session 7: Ultrafast X-ray Diffraction, Spectroscopy, and Imaging",
"title": "Ultrafast anisotropic lattice dynamics of MoOCl2",
"date": "26 August 2026",
"time": "11:00 AM - 11:30 AM",
"abstract": "We investigate the ultrafast optical response of MoOCl2, a hyperbolic van der Waals material with extreme in-plane anisotropy arising from metallic Mo-O bonds along the a-axis and insulating Mo-Cl bonds along the b-axis. This anisotropy supports low-loss hyperbolic plasmon polaritons in the visible to near-infrared range. Using femtosecond transient absorption spectroscopy with polarization control, we observe axis-dependent electronic behavior and strong electron-phonon coupling, primarily with the Peierls distortion mode. These findings provide insight into loss mechanisms and anisotropic electron-phonon coupling in hyperbolic materials, advancing the potential for MoOCl2 for nanophotonic applications. Ongoing theoretical work aims to elucidate the specific electronic transitions and phonon coupling throughout the Brillouin zone.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Nita Ghosh",
"affiliation": "Univ. of Toronto (Canada)",
"linkedin": "https://www.linkedin.com/in/nita-ghosh/",
"website": "https://lphys.chem.utoronto.ca/members/nita-ghosh/",
"bio": "Nita Ghosh is a postdoctoral fellow at the University of Toronto, Canada. Her research focus is to understand light induced structure changes on ultrafast timescales using electron diffraction.",
"fit_rating": "Moderate",
"fit_angle": "Ultrafast electron diffraction — adjacent pump-probe structural-dynamics technique to X-ray, same user community.",
"roles": [
{
"type": "presenter",
"session": "Session 3: Nonlinear Excitation Regimes in Materials I",
"title": "Real-time atomic movie of chemical bond formation using ultrafast electron diffraction",
"date": "25 August 2026",
"time": "9:30 AM - 9:50 AM",
"abstract": "External control on chemical reactivity requires understanding the fundamental forces governing reactions at molecular lengthscales, where interactions with the environment can affect reaction outcomes. In single crystals, reactivity is governed by lattice-constrained molecular packing and unique electrostatic potentials leveraged by specific system-bath interactions. However, sample depletion and product accumulation have made studies of ultrafast photochemical reactions in crystals challenging. In this work, we investigate how lattice effects modulate ultrafast spin-vibronic mediated intersystem crossing (ISC) phenomenon in a binuclear platinum complex. We use time-resolved optical spectroscopy and ultrafast electron diffraction to capture the atomically resolved dynamics of an excited-state photo-induced chemical bond formation in this carefully designed dimetallic Platinum complex, revealing the key role of Pt-Pt stretch motion in the process.",
"notes": ""
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Peter Gaal",
"affiliation": "TXproducts UG (Germany)",
"linkedin": "https://www.linkedin.com/in/peter-gaal-txp0001/",
"website": "https://www.ikz-berlin.de/en/public-relations/news/article/start-up-expansion-with-funding-from-ifb-hamburg",
"bio": "Peter Gaal is a co-founder of TXproducts, a start-up based at the DESY Innovation Village in Hamburg that develops solutions for tailoring synchrotron X-ray beams to experimental needs, including its WaveGate pulse-picker and the faster PicoSwitch device. He also heads the X-Ray Optics group at the Leibniz Institute for Crystal Growth (IKZ) in Berlin and previously served as a substitute professor at the University of Hamburg, where he led the research group that included his future co-founder Daniel Schmidt. TXproducts was founded in April 2021 and its crystal-based technology stems from close cooperation with IKZ.",
"fit_rating": null,
"fit_angle": null,
"roles": [
{
"type": "chair",
"session": "Session 5: Nonlinear Excitation Regimes in Materials III",
"date": "25 August 2026",
"time": "1:40 PM - 3:10 PM"
},
{
"type": "presenter",
"session": "Session 4: Nonlinear Excitation Regimes in Materials II",
"title": "Anharmonic phonon mixing and structural breakdown in laser-excited nanocrystals",
"date": "25 August 2026",
"time": "11:10 AM - 11:40 AM",
"abstract": "We investigate how semiconductor nanocrystals behave when driven far from equilibrium by intense ultrafast laser pulses. Using time‑resolved optical and X‑ray methods, we observe that indium phosphide nanocrystals support coherent vibrational modes whose frequencies mix when the excitation fluence becomes sufficiently high. Above about 3 mJ cm⁻², these vibrations enter a nonlinear regime, producing new phonon frequencies through sum‑ and difference‑frequency generation. This nonlinear mixing reflects an anharmonic elastic response, which we describe using an extended form of Hooke’s law.\nAt the same time, the nanocrystals begin to degrade structurally. Scanning electron microscopy reveals shape deformation and fragmentation at elevated fluences, while energy‑dispersive X‑ray spectroscopy shows increased oxidation that correlates with the strength of the nonlinear phonon signals. Time‑resolved X‑ray diffraction confirms that the nonlinear modes originate within the nanocrystals themselves.\nThese results highlight nonlinear phonon dynamics as sensitive indicators of mechanical limits and early‑stage degradation in nanoscale semiconductor materials.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Pooi See Lee",
"affiliation": "Nanyang Technological Univ. (Singapore)",
"linkedin": "https://www.linkedin.com/in/pooi-see-lee-29a0722/",
"website": "https://dr.ntu.edu.sg/entities/person/Lee-Pooi-See",
"bio": "Prof. Pooi See Lee is the President's Chair Professor in Materials Science & Engineering at Nanyang Technological University (NTU), Singapore. Her current research focuses on flexible and stretchable electronics and stimuli-responsive materials. Professor Lee received the National Research Foundation Investigatorship in 2016. She has been listed as a Highly Cited Researcher by Clarivate Analytics yearly from 2018 to 2025. She was elected the National Academy of Inventors Fellow in 2020, RSC Fellow 2022 and MRS Fellow 2022.",
"fit_rating": "Weak",
"fit_angle": "Soft, stretchable electronics and iontronics — no beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Organic Photonics + Electronics Plenary",
"title": "Deformable integrated soft electronics",
"date": "24 August 2026",
"time": "11:10 AM - 11:40 AM",
"abstract": "Integrated soft electronics involve interdisciplinary approaches to realize applications in wearable health monitory, soft robotics, human machine interface or biocompatible circuits. We introduce concept of ion-electron coupling that exploits interfacial capacitive behavior for sensing and actuation. Specifically, tailoring ionic and polarity of polymerized ionic liquids lead to applications in dielectric elastomer actuators with enhanced electromechanical property and self-healability. Creating effective ions transport pathways lead to augmented electrochemical actuation suited for operations at low voltage. Optical spectra modulation with electric field based on electrochromics in thermal management and camouflage can be realized with rapid ionic transport. It is envisaged that next-generation embodied intelligence, health technology and resilient soft robotics can be realized with deformable soft electronics with iontronics.",
"notes": "Plenary Presentation"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Scott K. Cushing",
"affiliation": "Caltech (United States)",
"linkedin": "https://www.linkedin.com/in/scott-cushing/",
"website": "https://cushinglab.caltech.edu/",
"bio": "Scott Cushing is an Assistant Professor at Caltech with a multidisciplinary background spanning Chemistry, Materials Science, and Physics. His research focuses on creating new scientific instrumentation to translate quantum and ultrafast phenomena into practical devices. The Cushing lab is currently pioneering the use of ultrafast X-rays, electrons, and entangled photons for a range of microscopy and spectroscopy applications. Scott has been awarded DOE, AFOSR, Rose Hill, Cottrell, Sloan, DARPA, and ACS-related Early Career awards. Scott has published over 90 papers that have been cited more than 11,000 times. Scott holds multiple patents, some of which have led to start-up companies.",
"fit_rating": "Moderate",
"fit_angle": "His lab explicitly builds ultrafast X-ray, electron, and entangled-photon instrumentation, even though this particular talk is THz/impedance-based.",
"roles": [
{
"type": "presenter",
"session": "Session 5: Nonlinear Excitation Regimes in Materials III",
"title": "THz driving of correlated ion hopping in superionic conductors",
"date": "25 August 2026",
"time": "1:40 PM - 2:10 PM",
"abstract": "Ion hopping on the picosecond timescale allows solid-state materials to be effective electrolytes for batteries. We measure time-domain correlations among ions, phonons, and electrons to elucidate the complex interplay underlying these short ion-hopping timescales. This includes measurements of multiple ion hopping following excitation of THz rocking modes compared to acoustic and optical phonons in Li0.5La0.5TiO3. We also measure the role of dynamic anion polarizability during a hopping event through a 4-O bottleneck in the same material. The results are compared to the dynamics of ion hopping in other solid-state ion conductors such as Li7La3Zr2O12, where THz driving can excite single or multiple ion hops depending on the polymorph. The measurements are enabled by a new technique termed laser-driven ultrafast impedance spectroscopy (LUIS), in which a laser perturbs many-body interactions in the solid-state electrolyte while high-speed electronics measure the resulting ion motion. This enables measurement of ion-hopping behavior under THz driving fields.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Stephen A. McGill",
"affiliation": "National High Magnetic Field Lab. (United States)",
"linkedin": "",
"website": "https://nationalmaglab.org/staff/?name=StephenMcgill",
"bio": "Dr. Stephen McGill is a research professor in condensed matter science at the National High Magnetic Field Laboratory (NHMFL) on the campus of Florida State University in Tallahassee, FL. He joined the NHMFL in 2006 and specializes in ultrafast optical spectroscopies. His research interests include strongly-correlated systems, two-dimensional semiconductors, and quantum magnets.",
"fit_rating": "Moderate",
"fit_angle": "NHMFL research professor and Session 3 chair — shared-facility, time-constrained science, adjacent to beamline pain points.",
"roles": [
{
"type": "chair",
"session": "Session 3: Nonlinear Excitation Regimes in Materials I",
"date": "25 August 2026",
"time": "9:00 AM - 10:10 AM"
},
{
"type": "presenter",
"session": "Session 1: Magneto-Optical at High Fields",
"title": "Magneto-optics in the unique 25T Split-Florida Helix magnet",
"date": "24 August 2026",
"time": "2:20 PM - 2:50 PM",
"abstract": "The National High Magnetic Field Laboratory (NHMFL) is a national user facility that annually provides access for over two thousand scientists to magnetic fields roughly a million times stronger than the Earth’s magnetic field. One of the world-unique magnets at the NHMFL is the 25 T Split-Florida Helix, which is unparalleled in its free-space access to samples in-field for optical and scattering spectroscopies. I will introduce this magnet, outline the optical techniques available to its users, and detail examples of the science enabled by this magnet, drawn from a selection of its users. This magnet, as well as the many others at the MagLab, helps scientists in their pursuits to solve challenging problems in physics, chemistry, and materials science.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Thuc-Quyen Nguyen",
"affiliation": "Univ. of California, Santa Barbara (United States)",
"linkedin": "https://www.linkedin.com/in/thuc-quyen-nguyen-1898b555/",
"website": "https://nguyen.chem.ucsb.edu/thuc-quyen-nguyen",
"bio": "Thuc-Quyen Nguyen is the Director of the Center for Polymers and Organic Solids and professor in the Department of Chemistry & Biochemistry at the University of California, Santa Barbara. Nguyen received her B.S. (1997), M.S. (1998), and Ph.D. (2001) degrees in Physical Chemistry from the University of California, Los Angeles. From 2001-2004, she was a research associate in the Department of Chemistry and the Nanocenter at Columbia University working on molecular self-assembly, nanoscale characterization and devices under the supervision of Professor Colin Nuckolls and the Nobel Laureate, Louis Brus. She also spent time at IBM Research Center at T. J. Watson (Yorktown Heights, NY) working with Richard Martel and Phaedon Avouris on molecular electronics. She joined the faculty of the Chemistry and Biochemistry Department at UCSB in 2004. Her research interests are doping and charge transport in organic semiconductors, bioelectronics, and device physics of organic solar cells, ratchets, transistors, and photodetectors. Recognition for her research includes the 2005 Office of Naval Research Young Investigator Award, 2006 National Science Foundation CAREER Award, 2008 Camille Dreyfus Teacher Scholar Award, 2009 Alfred Sloan Research Fellows, 2010 National Science Foundation American Competitiveness and Innovation Fellows, 2015 Alexander von Humboldt Senior Research Award, 2016 Fellow of the Royal Society of Chemistry, 2019 Hall of Fame - Advanced Materials, 2015-2019 World's Most Influential Scientific Minds; Top 1% Highly Cited Researchers in Materials Science by Thomson Reuters and Clarivate Analytics, 2019 Fellow of the American Association for the Advancement of Science (AAAS), 2023 Wilhelm Exner Medal from Austria, 2023 Fellow of the United States National Academy of Inventors, 2023 de Gennes Prize in Materials Chemistry from the Royal Society of Chemistry, and 2023 Elected Member of the United States National Academy of Engineering.",
"fit_rating": "Weak",
"fit_angle": "Organic solar cells and semiconductors — no beamline tie.",
"roles": [
{
"type": "chair",
"session": "Organic Photonics + Electronics Plenary",
"date": "24 August 2026",
"time": "10:30 AM - 12:20 PM"
},
{
"type": "presenter",
"session": "Organic Photonics + Electronics Plenary",
"title": "Welcome and Opening Remarks",
"date": "24 August 2026",
"time": "10:30 AM - 10:35 AM",
"abstract": "",
"notes": "Delivered jointly by the session co-chairs, per the SPIE program."
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Xiaoyi Zhang",
"affiliation": "Argonne National Lab. (United States)",
"linkedin": "",
"website": "https://www.anl.gov/profile/xiaoyi-zhang",
"bio": "Xiaoyi Zhang is a physicist and the group leader of the time-resolved research group at the X-ray Science Division of Argonne National Laboratory. She received her Ph.D. in chemical physics from the University of Maryland at College Park in 2003. After her postdoc at the National Institute of Standards and Technology and Argonne, she became a staff scientist at Argonne in 2007. Her research focuses on understanding the dynamics and structural-functional correlations of energy materials using advanced laser and X-ray characterization tools. She has established a time-resolved X-ray spectroscopy and scattering program at the Advanced Photon Source. In August 2019, she was appointed group leader of the time-resolved research group. She leads the group in developing and utilizing state-of-the-art laser-pump/X-ray probe capabilities to investigate dynamics across multiple time and length scales in physics, chemistry, and materials science.",
"fit_rating": "Strong",
"fit_angle": "Runs double-pump time-resolved X-ray absorption spectroscopy (TR-XAS) at the APS — textbook pump-probe beamline work.",
"roles": [
{
"type": "presenter",
"session": "Session 7: Ultrafast X-ray Diffraction, Spectroscopy, and Imaging",
"title": "Double-pump TR-XAS at the advanced photon source: Deciphering photochemical reaction mechanisms",
"date": "26 August 2026",
"time": "9:30 AM - 10:00 AM",
"abstract": "This talk will introduce a newly implemented double-laser-pump/X-ray-probe time-resolved X-ray absorption spectroscopy (TR-XAS) capability at the Advanced Photon Source (APS) at Argonne National Laboratory. The approach extends conventional pump–probe spectroscopy by adding a second, independently timed optical excitation pulse, enabling controlled preparation of intermediate states and improved sensitivity to later-stage transient species that are often difficult to isolate in single-pump measurements. This additional control can be used to steer population through specific regions of a reaction landscape and to disentangle overlapping spectral signatures by selectively perturbing an evolving ensemble. Integrated with established multi-probe X-ray detection modes at APS, the platform provides flexible control of excitation sequence, delay, and fluence while maintaining high temporal precision and spectral fidelity across XAS modalities. The talk will conclude with two case studies demonstrating how double-pump TR-XAS can be applied to decipher photochemical reaction mechanisms in solar-fuel catalysis.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Yuto Kinoshita",
"affiliation": "The Institute for Solid State Physics, The Univ. of Tokyo (Japan)",
"linkedin": "",
"website": "https://www.u-tokyo.ac.jp/focus/en/people/k0001_01474.html",
"bio": "Yuto Kinoshita is a Project Research Associate at the International MegaGauss Science Laboratory, Institute for Solid State Physics, The University of Tokyo, Japan. He received his Ph.D. in physics in 2018. His research focuses on solid-state physics under high magnetic fields, with particular emphasis on the development of imaging techniques in both pulsed and steady high magnetic fields. He applies these methods to visualize domain structures in antiferromagnets and other materials under extreme magnetic-field conditions. His recent work includes imaging of domain dynamics in multiferroic and skyrmion-hosting materials, as well as magnetization distributions in superconductors under high magnetic fields.",
"fit_rating": "Weak",
"fit_angle": "Optical polarizing microscopy in magnet labs — no beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Session 9: Magneto-Optical at Extereme High Magnetic Fields",
"title": "Polarizing microscopy under high magnetic field",
"date": "26 August 2026",
"time": "2:40 PM - 3:10 PM",
"abstract": "Polarizing microscopy enables spatially resolved visualization of crystallographic and magnetic domain structures through polarization changes in reflected light. Conventional setups under magnetic fields are limited because the objective lens must be positioned outside the magnet, restricting the achievable field strength. We have developed polarizing microscopy systems operable in steady magnetic fields up to 14 T by inserting an infinity-corrected objective lens directly into a superconducting solenoid magnet of a PPMS. An additional long-focal-length configuration enables wide-field imaging with reduced background rotation. Using these systems, we investigate antiferromagnetic domain evolution in (Fe,Zn)₂Mo₃O₈, visualize magnetic flux distributions in the critical state of high-Tc superconducting tapes above 10 T, and study domain rearrangements in the skyrmion-hosting compound GdRu₂Si₂.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Zhuo Yang",
"affiliation": "The Univ. of Tokyo (Japan)",
"linkedin": "https://jp.linkedin.com/in/zhuo-yang-64771140a",
"website": "https://www.u-tokyo.ac.jp/focus/en/people/k0001_05680.html",
"bio": "Dr. Zhuo Yang is currently an Assistant Professor at the Institute for Solid State Physics (ISSP), The University of Tokyo. He received his Ph.D. degree from the Laboratoire National des Champs Magnétiques Intenses (LNCMI), France. His research primarily focuses on semiconductor physics and magneto-optics in ultrahigh magnetic fields. Dr. Yang is a recipient of the High Magnetic Field Frontier Award for Young Researchers and the Young Scientist Award of the Physical Society of Japan.",
"fit_rating": "Weak",
"fit_angle": "Optical magneto-optical probing via pulsed-field flux compression — no beamline tie.",
"roles": [
{
"type": "presenter",
"session": "Session 9: Magneto-Optical at Extereme High Magnetic Fields",
"title": "Magneto-optical probing of excitonic states up to 500 T",
"date": "26 August 2026",
"time": "4:10 PM - 4:40 PM",
"abstract": "This presentation reports on the magneto-optical probing of excitonic states in cuprous oxide Cu2O under ultrahigh magnetic fields up to 500 T, generated by electromagnetic flux compression (EMFC) at ISSP. We successfully resolve the spin Zeeman splitting of yellow-exciton series 2p0 and 3p0 and determine the exciton reduced effective mass with high precision. Crucially, we observe anomalous line broadening above 300 T, providing experimental evidence for Harper broadening. This marks the breakdown of the effective mass approximation as the magnetic length approaches the crystal lattice constant.",
"notes": "Invited Paper"
}
],
"outreach_log": [],
"notes": "",
"value_tags": []
},
{
"name": "Zipeng Xu",
"affiliation": "Stanford Univ. (United States)",
"linkedin": "https://www.linkedin.com/in/zipeng-xu-94b69b200/",
"website": "https://profiles.stanford.edu/zipeng-xu",
"bio": "Zipeng Xu is a postdoctoral scholar in Materials Science and Engineering at Stanford University. His research focuses on microstructure evolution, defect dynamics, and deformation mechanisms in materials under extreme conditions, combining advanced X-ray imaging and diffraction with large-scale atomistic simulations to connect microscopic mechanisms with experimentally observed material response.",
"fit_rating": "Strong",
"fit_angle": "Co-author on the X-ray diffraction microscopy work above; also chairs Session 4 — active in the same beamline-imaging community.",
"partnership_angle": [
"His own group builds X-ray diffraction microscopes specifically to chase the same resolution/speed tradeoff Wavegate targets — translating electron-microscope-grade dislocation imaging into bulk, subsurface X-ray measurements under extreme conditions.",
"He's a postdoc but already chairs a session here, meaning he's operating with real visibility and credibility in the beamline-imaging community despite being early-career."
],
"roles": [
{
"type": "chair",
"session": "Session 4: Nonlinear Excitation Regimes in Materials II",
"date": "25 August 2026",
"time": "10:40 AM - 12:10 PM"
},
{
"type": "presenter",
"session": "Session 2: Advances in Coherent Light Source",
"title": "Novel x-ray microscopes to resolve extreme defect dynamics",
"date": "24 August 2026",
"time": "4:10 PM - 4:40 PM",
"abstract": "The mechanical properties of materials are dictated by the structure and dynamics of their internal defects, largely determined by line defects (dislocations). While electron microscopes have imaged dislocations for a century, those dynamics are difficult to translate to the subsurface dynamics that govern bulk structural materials. My group develops X-ray diffraction microscopes to directly image defects in crystalline materials, observing their motion over ms-fs timescales hundreds of μm beneath the surface. I will present our new insights into acoustic waves interacting with dislocations, then show our images dislocations moving faster than the speed of sound (transonic dislocations) – providing the first validation of phonon radiation under these unusual conditions. I will then show how our subsequent studies have given deeper insights into the mechanisms of shock plasticity, enabled by ultrafast diffraction and imaging methods. Our results offer key insights into the mechanisms of dislocations under unusual and extreme conditions that govern strengthening effects in the hardest naturally occurring material on the planet.",
"notes": "Invited Paper. Note: the abstract is written in first person (\"My group develops...\"), suggesting Dresselhaus-Marais is the primary speaker, but the SPIE program credits both without specifying a presenting author."
}
],
"outreach_log": [],
"notes": "",
"value_tags": [
"collaborator"
]
}
],
"date_anchor": "August 24",
"conference_number": "14223",
"itin_summary": ""
},
{
"id": "spie-xray-optics-forum",
"name": "X-Ray Optics Forum",
"conference_number": null,
"parent_event": "SPIE Optics + Photonics 2026",
"dates": "25 August 2026",
"location": "Marriott Marquis, Catalina (off-site)",
"source_url": "https://spie.org/optics-photonics/event/x-ray-optics-forum/7101585",
"abstract": "An informal meeting and group discussion for the X-Ray Optics Working Group, addressing issues related to the design, analysis, cooling, fabrication, and metrology of x-ray optics. Classroom-style seating, snacks and coffee provided. Attendees may submit discussion topics to Dr. Khounsary in advance.",
"presenters": [
{
"name": "Ali M. Khounsary",
"affiliation": "Illinois Institute of Technology (United States)",
"linkedin": "https://www.linkedin.com/in/ali-khounsary-ph-d-53a4b7ab/",
"website": "https://www.iit.edu/directory/people/ali-khounsary",
"bio": "Medical device development; thermal and fluidic systems; thermal management; X-ray techniques, optics, instrumentation; high heat flux systems; optical and mechanical design and analysis; fabrication techniques; IP development",
"fit_rating": "Strong",
"fit_angle": "Co-leads the X-Ray Optics Working Group and chairs a session at 14230 — a central connector in the X-ray optics community.",
"partnership_angle": [
"He has no abstract of his own on this program — the value isn't a specific technical overlap, it's that he chairs a session at 14230 and co-leads the X-Ray Optics Forum, putting him at the center of the X-ray optics community's informal network. Closer to the RADNEXT/ESA pattern in the Address Book: not a direct sales conversation, but a credibility and introduction channel into people who ARE direct beamtime users."
],
"roles": [
{
"type": "chair",
"session": "X-Ray Optics Forum"
}
],
"outreach_log": [],
"notes": "",
"value_tags": [
"connector"
]
},
{
"name": "Ladislav Pína",
"affiliation": "Czech Technical Univ. in Prague (Czech Republic)",
"linkedin": "https://www.linkedin.com/in/ladislav-pina-6830a49/",
"website": "https://rigaku.com/about/rigaku-divisions/rigaku-innovative-technologies-europe-sro",
"bio": "CEO of Rigaku Innovative Technologies Europe s.r.o., alongside his academic affiliation with the Czech Technical University in Prague listed on the SPIE program.",
"fit_rating": "Strong",
"fit_angle": "Co-leads the X-Ray Optics Working Group, chairs four sessions at 14230, and is a Conference Co-Chair — extremely well-connected in beamline optics.",
"partnership_angle": [
"Same pattern as Ali Khounsary — he chairs four separate sessions at 14230, is a Conference Co-Chair, and co-leads the Forum alongside him, with no technical abstract of his own to point to. The value is entirely in being one of the most connected people in the room — treat this as relationship-building and introductions, not a direct pitch."
],
"roles": [
{
"type": "chair",
"session": "X-Ray Optics Forum"
}
],
"outreach_log": [],
"notes": "",
"value_tags": [
"connector"
]
}
],
"date_anchor": "August 25",
"itin_time": "8:30 PM - 10:00 PM",
"itin_summary": "An informal evening discussion for the X-Ray Optics Working Group. No formal role for Peter; attending as an interested party. Both of its leaders are Strong-fit contacts and Conference Co-Chairs of 14230."
}
],
"parent_event": {
"name": "SPIE Optics + Photonics 2026",
"dates": "23-27 August 2026",
"source_url": "https://spie.org/conferences-and-exhibitions/optics-and-photonics",
"about": "SPIE is the international society for optics and photonics. It strengthens the global optics and photonics community through conferences, publications, and professional development, bringing together engineers, scientists, students, and industry leaders to advance light-based science and technologies. Over the past five years, SPIE has contributed more than $26 million to the international optics community.",
"our_affiliation": "SPIE conference participation runs through membership. Peter has been an SPIE member for 1.2 years and is active as a Conference Program Committee member and author."
},
"itinerary": {
"days": [
{
"date": "August 23, 2026",
"stops": [
{
"time": "10:00 AM - 10:20 AM",
"room": "Conv. Ctr. Room 10",
"conference_number": "14230",
"conference_name": "Advances in X-Ray/EUV Sources, Optics, and Components XXI",
"fixed_note": "",
"shortlist": [
{
"name": "Ian Lacey",
"fit_angle": "LBNL - interferometry metrology for curved X-ray optics fabrication."
}
]
},
{
"time": "3:00 PM - 3:20 PM",
"room": "Conv. Ctr. Room 10",
"conference_number": "14230",
"conference_name": "Advances in X-Ray/EUV Sources, Optics, and Components XXI",
"fixed_note": "",
"shortlist": [
{
"name": "Nanu Brates",
"fit_angle": "Energetiq - SXR source development for metrology and inspection, X-ray source hardware company."
}
]
}
]
},
{
"date": "August 24, 2026",
"stops": [
{
"time": "9:00 AM - 9:20 AM",
"room": "Conv. Ctr. Room 10",
"conference_number": "14230",
"conference_name": "Advances in X-Ray/EUV Sources, Optics, and Components XXI",
"fixed_note": "",
"shortlist": [
{
"name": "Shashidhara Marathe",
"fit_angle": "Diamond Light Source I13-2 beamline monochromator design - direct facility beamline work."
}
]
},
{
"time": "8:00 AM - 8:25 AM",
"room": "Conv. Ctr. Room 14A",
"conference_number": "14231",
"conference_name": "Hard X-Ray, Gamma-Ray, and Neutron Detector Physics XXVIII",
"fixed_note": "",
"shortlist": [
{
"name": "Jinsong Huang",
"fit_angle": "X-ray photon-counting detector materials (FAPbBr3) - detector tech relevant to X-ray imaging broadly, not facility-specific."
}
]
},
{
"time": "10:00 AM - 10:20 AM",
"room": "Conv. Ctr. Room 10",
"conference_number": "14230",
"conference_name": "Advances in X-Ray/EUV Sources, Optics, and Components XXI",
"fixed_note": "",
"shortlist": [
{
"name": "Christopher Arrell",
"fit_angle": "SwissFEL wavefront sensor commissioning - direct beamline instrumentation, PSI (already in the 14223 directory too)."
}
]
},
{
"time": "5:30 PM - 7:30 PM",
"room": "Conv. Ctr. Exhibit Hall B1",
"conference_number": "14231",
"conference_name": "Hard X-Ray, Gamma-Ray, and Neutron Detector Physics XXVIII",
"fixed_note": "",
"shortlist": [
{
"name": "Ahmed Moustafa",
"fit_angle": "Silicon photomultiplier damage testing explicitly at scattering beamlines - direct beamline-user work."
}
]
}
]
},
{
"date": "August 25, 2026",
"stops": [
{
"time": "10:40 AM - 12:10 PM",
"room": "Conv. Ctr. Room 15B",
"conference_number": "14223",
"conference_name": "Optical Phenomena under Extreme Environments",
"fixed_note": "Peter presents his own paper, 11:10-11:40 AM",
"shortlist": [
{
"name": "Zipeng Xu",
"fit_angle": "Co-author on the X-ray diffraction microscopy work above; also chairs Session 4 - active in the same beamline-imaging community."
},
{
"name": "Edwin Fohtung",
"fit_angle": "Uses coherent X-ray imaging combined with time-resolved Raman to study extreme optical excitation - direct beamline pump-probe fit. Presents right after Peter, same room."
}
]
},
{
"time": "1:40 PM - 3:10 PM",
"room": "Conv. Ctr. Room 15B",
"conference_number": "14223",
"conference_name": "Optical Phenomena under Extreme Environments",
"fixed_note": "Peter chairs this session (1:40-3:10 PM)",
"shortlist": []
},
{
"time": "3:40 PM - 5:10 PM",
"room": "Conv. Ctr. Room 15B",
"conference_number": "14223",
"conference_name": "Optical Phenomena under Extreme Environments",
"fixed_note": "",
"shortlist": [
{
"name": "Burak Guzelturk",
"fit_angle": "Combines ultrafast electron diffraction with pump-probe total X-ray scattering at Argonne - direct beamline fit."
},
{
"name": "Mikel B. Holcomb",
"fit_angle": "Her own group explicitly runs advanced synchrotron and spectroscopy techniques - a genuine beamline user and, as group PI, a real decision-maker."
},
{
"name": "Mckinley Black",
"fit_angle": "Demo/test entry for building the Outreach interface - not a real SPIE presenter."
}
]
},
{
"time": "8:30 PM - 10:00 PM",
"room": "Marriott Marquis, Catalina (off-site)",
"conference_number": null,
"conference_name": "X-Ray Optics Forum",
"fixed_note": "",
"shortlist": [
{
"name": "Ali M. Khounsary",
"fit_angle": "Co-leads the X-Ray Optics Working Group and chairs a session at 14230 - a central connector in the X-ray optics community."
},
{
"name": "Ladislav Pína",
"fit_angle": "Co-leads the X-Ray Optics Working Group, chairs four sessions at 14230, and is a Conference Co-Chair - extremely well-connected in beamline optics."
}
]
}
]
}
]
}
}</script>
<div id="tab-marketing" class="tab-content">
<div class="card" style="padding: 0;">
<div style="padding: 20px 32px 0;">
<div class="drill-crumbs" id="mkt-crumbs"></div>
</div>
<div class="drill-view active" data-view="marketing-root">
<h2>Marketing</h2>
<p class="narrative">Marketing covers every channel TXproducts uses to reach an audience and build the brand. Today that's Social Media, reachable from the dropdown above; more channels (content, events, campaigns) will land here as the department grows. [Placeholder narrative — edit me.]</p>
</div>
<div class="drill-view" data-view="linkedin">
<h2>LinkedIn</h2>
<p class="narrative">Follower growth, content performance, and visitor traffic for the TXproducts LinkedIn Page — the full breakdown lives in its own dashboard, built and maintained separately. [Placeholder narrative — edit me.]</p>
<div class="drill-actions">
<button class="drill-back" data-target="marketing-root">← Marketing</button>
<a class="open-link" href="http://localhost:8051" target="_blank" rel="noopener">Open Dash ↗</a>
</div>
</div>
<div class="drill-view" data-view="conferences">
<h2>Conferences</h2>
<p class="narrative">Every conference where TXproducts has a speaking or attending presence, with its full presentation directory alongside it.</p>
<div class="conf-outreach">
<div class="conf-event-group">
<div class="conf-parent-header" id="conf-parent-header"></div>
<div class="conf-list-caption" id="conf-list-caption"></div>
<div class="conf-list" id="conf-list"></div>
</div>
<div class="conf-detail" id="conf-detail"></div>
</div>
<div class="drill-actions" style="margin-top: 18px;">
<button class="drill-back" data-target="marketing-root">← Marketing</button>
</div>
</div>
</div>
</div>
<div id="tab-sales" class="tab-content">
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<div style="padding: 20px 32px 0;">
<div class="drill-crumbs" id="sales-crumbs"></div>
</div>
<div class="drill-view active" data-view="sales-root">
<h2>Sales</h2>
<p class="narrative">Sales is where research turns into contracts. Today that's the Market Intelligence research; the Address Book (outreach board) will land here too once it's built. [Placeholder narrative — edit me.]</p>
<div class="drill-actions">
<button class="drill-next" data-target="market-intelligence">Market Intelligence →</button>
</div>
</div>
<div class="drill-view" data-view="market-intelligence">
<h2>Market Intelligence</h2>
<p class="narrative">Competitor profiles, prospect pitch angles, and sourced market research that inform outreach messaging and hesitations — the full research lives in its own site, built and maintained separately. [Placeholder narrative — edit me.]</p>
<div class="drill-actions">
<button class="drill-back" data-target="sales-root">← Sales</button>
<a class="open-link" href="market-intelligence/index.html" target="_blank" rel="noopener">Open Market Intelligence ↗</a>
</div>
</div>
</div>
</div>
<div id="tab-opportunities" class="tab-content">
<div class="opp-loading">Loading…</div>
</div>
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<div class="drill-crumbs" id="crm-crumbs"></div>
</div>
<div class="drill-view active" data-view="crm-root">
<h2>CRM Research</h2>
<p class="narrative">No CRM exists at TXproducts today — contacts and outreach are scattered across Excel sheets, the LinkedIn follower list, and the conference mail-merge sheet. This page tracks research into what a CRM needs to support before any product is chosen. No recommendation has been made; non-US vendors only, checked against the must-have requirements below.</p>
<div class="crm-table-wrap">
<table class="crm-detail-table">
<thead>
<tr>
<th>CRM</th><th>Origin</th><th>CSV Import</th><th>Pipeline</th>
<th>Generic IMAP/SMTP</th><th>EU Hosting/GDPR</th>
<th>Self-Hosted</th>
<th>Cost / Free Tier</th>
<th>Catch</th>
</tr>
</thead>
<tbody>
<tr>
<td><a href="https://capsulecrm.com" target="_blank" rel="noopener">Capsule CRM</a><span class="crm-info-badge" id="crm-info-capsule" onclick="crmTogglePopover(this)">?</span></td>
<td>UK</td><td>Yes</td><td>Yes</td>
<td>No — Gmail/Outlook native only, others SMTP-send only</td>
<td>GDPR-oriented, data-center specifics unclear</td>
<td>No</td><td>Quote-based</td>
<td>Fails the IMAP must-have — needs a live check before including further</td>
</tr>
<tr>
<td><a href="https://www.espocrm.com" target="_blank" rel="noopener">EspoCRM</a><span class="crm-info-badge" id="crm-info-espocrm-root" onclick="crmTogglePopover(this)">?</span></td>
<td>Ukraine (core dev entity)</td><td>Yes</td><td>Yes</td>
<td>Yes, native, well-documented</td>
<td>Self-hosted = full control; cloud plans exist</td>
<td>Yes, free open-source</td><td>Free self-hosted (server cost only)</td>
<td>Needs a server + basic PHP/MySQL upkeep</td>
</tr>
<tr>
<td><a href="https://www.odoo.com/app/crm" target="_blank" rel="noopener">Odoo CRM</a></td>
<td>Belgium (EU)</td><td>Yes</td><td>Yes</td>
<td>Documented generic IMAP/POP3 support (not independently re-verified live)</td>
<td>Community self-hosted = full control; Online EU terms unclear</td>
<td>Yes, Community free</td><td>Cloud pricing varies by region</td>
<td>Full suite — easy to over-buy for CRM-only needs</td>
</tr>
<tr>
<td><a href="https://suitecrm.com" target="_blank" rel="noopener">SuiteCRM</a></td>
<td>UK (Scotland)</td><td>Yes</td><td>Yes</td>
<td>Yes, standard IMAP config</td>
<td>Self-hosted = full control</td>
<td>Yes, free open-source</td><td>Free (server cost only)</td>
<td>Most feature-rich but heaviest of the open-source options</td>
</tr>
<tr>
<td><a href="https://www.zoho.com/crm/" target="_blank" rel="noopener">Zoho CRM</a><span class="crm-info-badge" id="crm-info-zoho" onclick="crmTogglePopover(this)">?</span></td>
<td>India</td><td>Yes</td><td>Yes</td>
<td>Supported at protocol level (TLS)</td>
<td>EU data center (Netherlands); sources conflict on whether DPA/EU-region needs Enterprise tier</td>
<td>No</td><td>Mid-tier pricing per seat, varies by plan</td>
<td>Cheapest tier may not include the EU-hosting guarantee needed</td>
</tr>
<tr>
<td><a href="https://centralstationcrm.de" target="_blank" rel="noopener">CentralStationCRM</a></td>
<td>Germany (Cologne)</td><td>Yes</td><td>Yes</td>
<td>No — email is BCC-to-proprietary-address or forward-to-inbox, or a Microsoft 365-specific add-on; no generic IMAP/SMTP host+port setup found</td>
<td>Yes — hosted in Frankfurt, online-clickthrough DPA (AVV) provided</td>
<td>No — SaaS-only</td><td>Free tier capped at 3 users/200 contacts, not usable at 8</td>
<td>Fails the IMAP must-have despite being the most "German" option</td>
</tr>
<tr>
<td><a href="https://www.dolibarr.org" target="_blank" rel="noopener">Dolibarr</a></td>
<td>France (non-profit association, GPL)</td><td>Yes</td><td>Yes</td>
<td>Yes — plain IMAP login (host+port+SSL) to any server, OAuth2 optional not required</td>
<td>N/A — self-hosted, so EU hosting/DPA is whatever server you pick; no official DoliCloud DPA found</td>
<td>Yes, GPL, unlimited users</td><td>Free, fully open-source</td>
<td>Cleanest sovereignty story and meets every must-have; only cost is your own hosting</td>
</tr>
<tr>
<td><a href="https://www.efficy.com" target="_blank" rel="noopener">Efficy CRM</a></td>
<td>Belgium</td><td>Yes</td><td>Yes (industry-standard feature, not independently verified)</td>
<td>Unclear — only Outlook/Gmail/Exchange/Kerio sync confirmed in public docs, no generic IMAP host+port setup found</td>
<td>Unclear — a third-party site claims EU data centers + on-prem/hybrid, no official DPA page located</td>
<td>Yes — cloud, on-prem, and hybrid offered</td><td>Paid only</td>
<td>Needs a direct answer from Efficy sales on IMAP + DPA before it can be trusted</td>
</tr>
</tbody>
</table>
</div>
<div class="crm-popover" data-target="crm-info-capsule">
Often assumed simple = flexible, but Capsule does not appear to support full generic IMAP — Gmail/Outlook native only, others SMTP-send only. Worth a live trial before including or excluding it.
</div>
<div class="crm-popover" data-target="crm-info-espocrm-root">
EspoCRM cloud pricing figures found were inconsistently formatted — unverified, check EspoCRM's own site directly.
</div>
<div class="crm-popover" data-target="crm-info-zoho">
Zoho's EU/DPA tier requirement is contested across sources — get this in writing from Zoho sales before assuming the Standard tier covers it.
</div>
</div>
<div class="drill-view" data-view="notes">
<h2>Requirements</h2>
<p class="req-status">Neutral survey, no recommendation made — non-US vendors only, for data-sovereignty reasons. Last updated 2026-08-17.</p>
<h3>Must-Have / Nice-to-Have</h3>
<div class="req-cols">
<div>
<h4>Must-Have</h4>
<ul class="req-list">
<li>Contact + company records with custom fields, tagging, duplicate detection</li>
<li>Excel/CSV import with field mapping</li>
<li>Deal/pipeline with customizable stages and value tracking</li>
<li>Activity/interaction logging (calls, meetings, notes) tied to contact/deal</li>
<li>Generic IMAP/SMTP email integration — connects to any mail server via host/port/user/pass, not just an OAuth app for Gmail/Outlook (the single biggest filter for a Mailcow shop)</li>
<li>Multi-user roles/permissions</li>
<li>EU data hosting + a signed DPA (GDPR Art. 28)</li>
<li>Export/delete tooling for data-subject access/erasure requests (Art. 15/17)</li>
<li>Admin burden proportional to a non-technical 8-person team</li>
<li>Basic reporting: pipeline value, stage conversion, activity counts</li>
</ul>
</div>
<div>
<h4>Nice-to-Have</h4>
<ul class="req-list">
<li>Mobile app</li>
<li>Email templates/sequencing/mail merge (may overlap with the existing in-house mail-merge tool)</li>
<li>Bulk CSV export of LinkedIn-sourced contacts</li>
<li>Workflow automation/triggers</li>
<li>Self-hosted option (plausible given existing Nextcloud self-hosting)</li>
<li>API access (for future integration with the mail-merge tool)</li>
<li>Free tier to trial before commitment</li>
<li>Calendar sync</li>
</ul>
</div>
</div>
<h3>Other Names Looked At</h3>
<ul class="plain-list">
<li><strong>Vtiger</strong> — self-host reportedly being de-emphasized by the vendor.</li>
<li><strong>Salesflare / Close</strong> — appear Gmail/Outlook-centric; generic IMAP support unclear from public docs.</li>
<li><strong>Insightly</strong> — insufficient public detail found to evaluate.</li>
<li><strong>Freshsales</strong> — a custom-email-server config exists, but Freshworks/Freshsales ownership needs a sovereignty check before it can be added to the survey.</li>
</ul>
<h3>Sources</h3>
<p class="crm-note">
<a href="https://www.zoho.com/gdpr.html" target="_blank" rel="noopener">Zoho GDPR</a> ·
<a href="https://chatarmin.com/en/blog/zoho-pricing" target="_blank" rel="noopener">Zoho pricing</a> ·
<a href="https://docs.espocrm.com/user-guide/imap-smtp-configuration/" target="_blank" rel="noopener">EspoCRM IMAP/SMTP docs</a> ·
<a href="https://pricingnow.com/question/espocrm-pricing/" target="_blank" rel="noopener">EspoCRM pricing</a> ·
<a href="https://www.saasworthy.com/compare/suitecrm-vs-vtiger-vs-espocrm-vs-odoo-crm?pIds=2075%2C2203%2C10771%2C29829" target="_blank" rel="noopener">SuiteCRM/EspoCRM/Vtiger/Odoo comparison</a> ·
<a href="https://oec.sh/odoo-pricing" target="_blank" rel="noopener">Odoo pricing</a> ·
<a href="https://community.monday.com/t/can-we-use-a-standard-hosted-imap-email-service-for-email-integration-rather-than-microsoft-business-premium/61461" target="_blank" rel="noopener">monday.com IMAP limitation</a> ·
<a href="https://capsulecrm.com/blog/bring-outlook-and-gmail-into-capsule-crm/" target="_blank" rel="noopener">Capsule email integrations</a> ·
<a href="https://usercentrics.com/knowledge-hub/crm-gdpr/" target="_blank" rel="noopener">GDPR CRM DSAR guidance</a>
</p>
</div>
<div class="drill-view" data-view="pricing">
<h2>Pricing<span class="crm-info-badge" id="crm-info-pricing-general" onclick="crmTogglePopover(this)">?</span></h2>
<p class="narrative">Cost and free-tier status for each candidate, pulled from the same survey as the main comparison table. Self-hosted "free" options still carry a real cost in hosting and admin time, just not a license fee.</p>
<div class="crm-table-wrap">
<table class="crm-detail-table">
<thead>
<tr>
<th>CRM</th>
<th>Self-Hosted</th>
<th>Cost / Free Tier</th>
</tr>
</thead>
<tbody>
<tr>
<td><a href="https://capsulecrm.com" target="_blank" rel="noopener">Capsule CRM</a></td>
<td>No</td>
<td>Quote-based</td>
</tr>
<tr>
<td><a href="https://www.espocrm.com" target="_blank" rel="noopener">EspoCRM</a><span class="crm-info-badge" id="crm-info-espocrm-pricing" onclick="crmTogglePopover(this)">?</span></td>
<td>Yes, free open-source</td>
<td>Free self-hosted (server cost only)</td>
</tr>
<tr>
<td><a href="https://www.odoo.com/app/crm" target="_blank" rel="noopener">Odoo CRM</a></td>
<td>Yes, Community free</td>
<td>Cloud pricing varies by region</td>
</tr>
<tr>
<td><a href="https://suitecrm.com" target="_blank" rel="noopener">SuiteCRM</a></td>
<td>Yes, free open-source</td>
<td>Free (server cost only)</td>
</tr>
<tr>
<td><a href="https://www.zoho.com/crm/" target="_blank" rel="noopener">Zoho CRM</a></td>
<td>No</td>
<td>Mid-tier pricing per seat, varies by plan</td>
</tr>
<tr>
<td><a href="https://centralstationcrm.de" target="_blank" rel="noopener">CentralStationCRM</a></td>
<td>No — SaaS-only</td>
<td>Free tier capped at 3 users/200 contacts, not usable at 8</td>
</tr>
<tr>
<td><a href="https://www.dolibarr.org" target="_blank" rel="noopener">Dolibarr</a></td>
<td>Yes, GPL, unlimited users</td>
<td>Free, fully open-source</td>
</tr>
<tr>
<td><a href="https://www.efficy.com" target="_blank" rel="noopener">Efficy CRM</a></td>
<td>Yes — cloud, on-prem, and hybrid offered</td>
<td>Paid only</td>
</tr>
</tbody>
</table>
</div>
<div class="crm-popover" data-target="crm-info-pricing-general">
Self-hosted "free" options still shift cost from license fees to server + maintenance time — real even for a team with no dedicated sysadmin.<br><br>
Figures here are an August 2026 snapshot, not a quote — pricing pages change often.
</div>
<div class="crm-popover" data-target="crm-info-espocrm-pricing">
EspoCRM cloud pricing figures found were inconsistently formatted — unverified, check EspoCRM's own site directly.
</div>
</div>
</div>
</div>
</div>
<script>
var HERO = {
"team": ["Team", "Who's on marketing/sales and their roles."],
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"sales": ["Sales", ""],
"opportunities": ["Opportunities", ""],
"crm-research": ["CRM Research", ""]
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if (DRILL_CONFIG[key]) { setDrillView(key, DRILL_DEFAULT_VIEW[key]); }
});
});
/* ---- Drill-downs: Marketing -> Social Media (dropdown) -> LinkedIn -> Dash
Sales -> Market Intelligence -> site (goes there directly, one child today) ---- */
var HERO_NAV_BY_TAB = { marketing: ["hero-nav-social", "hero-nav-conferences"], "crm-research": ["hero-nav-crm-requirements", "hero-nav-crm-pricing"] };
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crumbsEl: "crm-crumbs",
crumbs: {
"crm-root": [["CRM Research", "crm-root"]],
"notes": [["CRM Research", "crm-root"], ["Requirements", "notes"]],
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/* Feature modules loaded async (see opportunities/opportunities.js) register their own
HERO_NAV_BY_TAB / DRILL_DEFAULT_VIEW / DRILL_CONFIG entries once their partial HTML
is injected — setDrillView tolerates scopes that aren't registered yet. */
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var cfg = DRILL_CONFIG[scope];
if (!cfg) return;
document.querySelectorAll("#tab-" + scope + " .drill-view").forEach(function (v) {
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});
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var crumbsEl = document.getElementById(cfg.crumbsEl);
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crumbsEl.innerHTML = "";
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var sep = document.createElement("span");
sep.className = "sep";
sep.textContent = "/";
crumbsEl.appendChild(sep);
}
var isCurrent = i === crumbTrail.length - 1;
var el = document.createElement(isCurrent ? "span" : "a");
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if (!isCurrent) {
el.addEventListener("click", function () { setDrillView(scope, pair[1]); });
}
crumbsEl.appendChild(el);
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}
["marketing", "sales", "crm-research"].forEach(function (scope) {
document.querySelectorAll("#tab-" + scope + " .drill-back, #tab-" + scope + " .drill-next").forEach(function (b) {
b.addEventListener("click", function () { setDrillView(scope, b.getAttribute("data-target")); });
});
setDrillView(scope, DRILL_DEFAULT_VIEW[scope]);
});
/* ---- Hero dropdown ("Social Media ▾") ---- */
function wireHeroDropdown(navId, btnId, scope) {
var nav = document.getElementById(navId);
document.getElementById(btnId).addEventListener("click", function (e) {
e.stopPropagation();
nav.classList.toggle("open");
});
nav.querySelectorAll(".hero-dropdown button").forEach(function (b) {
b.addEventListener("click", function () {
setDrillView(scope, b.getAttribute("data-target"));
nav.classList.remove("open");
});
});
}
wireHeroDropdown("hero-nav-social", "hero-nav-social-btn", "marketing");
document.addEventListener("click", function () {
document.querySelectorAll(".hero-nav").forEach(function (n) { n.classList.remove("open"); });
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document.getElementById("hero-nav-conferences-btn").addEventListener("click", function () {
setDrillView("marketing", "conferences");
});
document.getElementById("hero-nav-crm-requirements-btn").addEventListener("click", function () {
setDrillView("crm-research", "notes");
});
document.getElementById("hero-nav-crm-pricing-btn").addEventListener("click", function () {
setDrillView("crm-research", "pricing");
});
/* ---- CRM Research: click-triggered info badges (instant, unlike a native title tooltip) ---- */
function crmCloseAllPopovers(except) {
document.querySelectorAll(".crm-popover").forEach(function (p) {
if (p !== except) p.style.display = "none";
});
}
function crmTogglePopover(badge) {
var pop = document.querySelector('.crm-popover[data-target="' + badge.id + '"]');
if (!pop) return;
var willOpen = pop.style.display !== "block";
crmCloseAllPopovers();
if (willOpen) {
var rect = badge.getBoundingClientRect();
pop.style.top = (rect.bottom + 6) + "px";
pop.style.left = Math.min(rect.left, window.innerWidth - 360) + "px";
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document.addEventListener("click", function (ev) {
if (ev.target.classList && ev.target.classList.contains("crm-info-badge")) return;
if (ev.target.closest && ev.target.closest(".crm-popover")) return;
crmCloseAllPopovers();
});
/* ---- Conferences (Directory pattern: conference cards on the left, drill into
its own presentation sub-directory on the right) ---- */
var CONF_ROOT = JSON.parse(document.getElementById("conferences-data").textContent);
var CONF_DATA = CONF_ROOT.conferences;
var confSelectedId = CONF_DATA.length ? CONF_DATA[0].id : null;
var confPresSearch = "";
var confTopicFilter = "all";
var confActiveFit = "all";
var confPresSelectedIdx = null;
var confViewMode = "intro"; // "intro" | "directory" | "itinerary" — "intro" (the SPIE/Peter narrative) is the default landing view
var confListVisible = false;
function confEsc(s) {
var d = document.createElement("div");
d.textContent = s || "";
return d.innerHTML;
}
function confLink(url, label) {
return url ? "<a href=\"" + confEsc(url) + "\" target=\"_blank\" rel=\"noopener\">" + confEsc(label) + " ↗</a>" : "";
}
function confPlainLink(url, label) {
return url ? "<a class=\"conf-plain-link\" href=\"" + confEsc(url) + "\" target=\"_blank\" rel=\"noopener\">" + confEsc(label) + "</a>" : "";
}
// Local equivalents of the Address Book's abFitClass/buildFitGauge (same CSS classes,
// same markup) — duplicated rather than shared because renderConferences() runs
// immediately on load, before the Address Book section further down defines its
// FIT_CLASS_BY_RATING/FIT_RATING_PCT vars.
var CONF_FIT_CLASS = { "Strong": " fit-strong", "Moderate": " fit-moderate", "Weak": " fit-weak" };
function confFitClass(rating) { return CONF_FIT_CLASS[rating] || ""; }
var CONF_FIT_PCT = { "Weak": 12, "Moderate": 50, "Strong": 88 };
function confFitGauge(rating) {
var pct = CONF_FIT_PCT[rating];
if (pct === undefined) {
return "<div class=\"ab-fit-inline\"><div class=\"ab-fit-inline-label\" style=\"color:#9aa7b4;\">Partnership fit: not assessed</div><div class=\"ab-fit-inline-track\"></div></div>";
}
return "<div class=\"ab-fit-inline\">" +
"<div class=\"ab-fit-inline-label\">Partnership fit: " + confEsc(rating) + "</div>" +
"<div class=\"ab-fit-inline-track\"><div class=\"ab-fit-inline-marker\" style=\"left:" + pct + "%;\"></div></div>" +
"</div>";
}
// Sleek outlined icons (stroke-only, currentColor) for the four strategic value tags.
// Money: coin with a dollar sign. Idea: a light bulb. Connector: three linked nodes.
// Collaborator: two overlapping people.
var VALUE_TAG_META = {
money: {
label: "Has Budget",
icon: "<circle cx=\"12\" cy=\"12\" r=\"9\"></circle><path d=\"M12 7v10M9.3 9.5c0-1.2 1.2-2.2 2.7-2.2s2.7 1 2.7 2.1c0 2.6-5.4 1.5-5.4 4.1c0 1.1 1.2 2.1 2.7 2.1s2.7-1 2.7-2.2\"></path>"
},
idea: {
label: "Technical Insight",
icon: "<path d=\"M9 18h6\"></path><path d=\"M10 21h4\"></path><path d=\"M12 3a6 6 0 0 0-3.2 11.1c.6.5 1.2 1.4 1.2 2.4h4c0-1 .6-1.9 1.2-2.4A6 6 0 0 0 12 3z\"></path>"
},
connector: {
label: "Network Reach",
icon: "<circle cx=\"6\" cy=\"6\" r=\"2.2\"></circle><circle cx=\"18\" cy=\"6\" r=\"2.2\"></circle><circle cx=\"12\" cy=\"18\" r=\"2.2\"></circle><path d=\"M7.9 7.3 10.3 16\"></path><path d=\"M16.1 7.3 13.7 16\"></path><path d=\"M8.2 6h7.6\"></path>"
},
collaborator: {
label: "Partnership",
icon: "<circle cx=\"9\" cy=\"8\" r=\"3\"></circle><path d=\"M4 19c0-3 2.5-5 5-5s5 2 5 5\"></path><circle cx=\"17\" cy=\"9\" r=\"2.4\"></circle><path d=\"M14.7 19c.3-2.2 1.8-3.8 3.5-3.8c2 0 3.6 1.6 3.9 3.8\"></path>"
}
};
// Compact icon-only badges for list rows (name + quick scan).
function buildValueTagBadges(tags) {
if (!tags || !tags.length) { return ""; }
return "<div class=\"conf-value-tags\">" + tags.map(function (t) {
var meta = VALUE_TAG_META[t];
if (!meta) { return ""; }
return "<span class=\"conf-value-tag-badge\" title=\"" + confEsc(meta.label) + "\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2\" stroke-linecap=\"round\" stroke-linejoin=\"round\">" + meta.icon + "</svg></span>";
}).join("") + "</div>";
}
// Quick Website/LinkedIn links right on the sidebar row, so opening a link never requires
// clicking into the full detail card first.
function buildQuickLinks(p) {
var links = [];
if (p.website) { links.push("<a class=\"conf-pres-item-linklabel\" href=\"" + confEsc(p.website) + "\" target=\"_blank\" rel=\"noopener\">Website</a>"); }
if (p.linkedin) { links.push("<a class=\"conf-pres-item-linklabel\" href=\"" + confEsc(p.linkedin) + "\" target=\"_blank\" rel=\"noopener\">LinkedIn</a>"); }
if (p.email) { links.push("<a class=\"conf-pres-item-linklabel\" href=\"mailto:" + confEsc(p.email) + "\">Email</a>"); }
if (!links.length) { return ""; }
return "<div class=\"conf-pres-item-linkline\">" + links.join("") + "</div>";
}
// Larger labeled icons for the full detail card.
function buildValueTagIcons(tags) {
if (!tags || !tags.length) { return ""; }
return "<div class=\"conf-value-tags-detail\">" + tags.map(function (t) {
var meta = VALUE_TAG_META[t];
if (!meta) { return ""; }
return (
"<div class=\"conf-value-tag\">" +
"<div class=\"conf-value-tag-icon\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2\" stroke-linecap=\"round\" stroke-linejoin=\"round\">" + meta.icon + "</svg></div>" +
"<div class=\"conf-value-tag-label\">" + confEsc(meta.label) + "</div>" +
"</div>"
);
}).join("") + "</div>";
}
// Hands off to the real Mail Merge tool (localhost:8505) with this contact pre-checked,
// so the template/attachments/from-address stay a deliberate choice, not an auto-pick.
function buildComposeEmailButton(p) {
if (!p.email) { return ""; }
var href = "http://localhost:8505/?email=" + encodeURIComponent(p.email);
return "<a class=\"conf-compose-email-btn\" href=\"" + href + "\" target=\"_blank\" rel=\"noopener\" title=\"Opens the Mail Merge tool with this contact selected (must be running first).\">Compose Email</a>";
}
function renderConferences() {
var header = document.getElementById("conf-parent-header");
if (header && CONF_ROOT.parent_event) {
header.innerHTML =
"<div class=\"name\">" + confEsc(CONF_ROOT.parent_event.name) + "</div>" +
"<div class=\"dates\">" + confEsc(CONF_ROOT.parent_event.dates) + "</div>" +
confPlainLink(CONF_ROOT.parent_event.source_url, "Website") +
"<button class=\"conf-itinerary-toggle" + (confViewMode === "itinerary" ? " active" : "") + "\" id=\"conf-itinerary-toggle\">" +
(confViewMode === "itinerary" ? "Hide Peter's Itinerary" : "Show Peter's Itinerary") +
"</button>";
document.getElementById("conf-itinerary-toggle").addEventListener("click", function () {
confViewMode = confViewMode === "itinerary" ? "intro" : "itinerary";
renderConferences();
});
}
var listCaption = document.getElementById("conf-list-caption");
if (listCaption) {
listCaption.innerHTML =
"<button class=\"conf-itinerary-toggle\" id=\"conf-list-toggle\">" +
(confListVisible ? "Hide Peter's Choice Conference List" : "Show Peter's Choice Conference List") +
"</button>";
document.getElementById("conf-list-toggle").addEventListener("click", function () {
confListVisible = !confListVisible;
renderConferences();
});
}
var listEl = document.getElementById("conf-list");
listEl.style.display = confListVisible ? "flex" : "none";
listEl.innerHTML = "";
CONF_DATA.forEach(function (c) {
var card = document.createElement("div");
card.className = "conf-card" + (c.id === confSelectedId ? " selected" : "");
var presCount = (c.presenters || []).length;
card.innerHTML =
"<div class=\"conf-card-date\">" + confEsc(c.dates) + "</div>" +
(c.conference_number ? "<div class=\"conf-card-number\">Conference " + confEsc(c.conference_number) + "</div>" : "") +
"<div class=\"conf-card-anchor\">" + confEsc(c.name) + "</div>" +
"<div class=\"conf-card-title\">" + presCount + " presenter" + (presCount === 1 ? "" : "s") + "</div>" +
confPlainLink(c.source_url, "Conference Page");
card.addEventListener("click", function () {
confSelectedId = c.id;
confPresSearch = "";
confTopicFilter = "all";
confActiveFit = "all";
confPresSelectedIdx = null;
confViewMode = "directory";
renderConferences();
});
listEl.appendChild(card);
});
if (confViewMode === "itinerary") {
renderItinerary();
return;
}
if (confViewMode === "intro") {
renderConfIntro();
return;
}
var detail = document.getElementById("conf-detail");
var selected = CONF_DATA.filter(function (c) { return c.id === confSelectedId; })[0];
if (!selected) {
detail.innerHTML = "<div class=\"conf-detail-empty\">No conference selected.</div>";
return;
}
detail.innerHTML = buildConfDetail(selected);
var searchEl = document.getElementById("conf-pres-search");
if (searchEl) {
searchEl.value = confPresSearch;
searchEl.addEventListener("input", function () {
confPresSearch = searchEl.value;
renderConfPresentations(selected);
});
}
var topicEl = document.getElementById("conf-topic-filter");
if (topicEl) {
topicEl.value = confTopicFilter;
topicEl.addEventListener("change", function () {
confTopicFilter = topicEl.value;
renderConfPresentations(selected);
});
}
document.querySelectorAll("#conf-detail .conf-fit-chip").forEach(function (chip) {
chip.classList.toggle("active", chip.getAttribute("data-fit") === confActiveFit);
chip.addEventListener("click", function () {
confActiveFit = chip.getAttribute("data-fit");
document.querySelectorAll("#conf-detail .conf-fit-chip").forEach(function (c) { c.classList.remove("active"); });
chip.classList.add("active");
renderConfPresentations(selected);
});
});
var clearBtn = document.getElementById("conf-clear-filters");
if (clearBtn) {
clearBtn.addEventListener("click", function (e) {
e.preventDefault();
confPresSearch = "";
confTopicFilter = "all";
confActiveFit = "all";
confPresSelectedIdx = null;
renderConferences();
});
}
renderConfPresentations(selected);
}
var confItinSelectedKey = null;
var confItinExpandedId = null; // which conference's row is expanded (null = all collapsed)
var ITIN_INTRO = "Peter is in San Diego for the full run of SPIE Optics + Photonics 2026, splitting his time across four events.";
var ITIN_CLOSING = "Below is a selected short list of presenters considered to be valuable contacts from Peter's Choice Conference List.";
var ITIN_FIXED_COMMITMENTS = [
{
date: "August 25", time: "11:10 AM - 11:40 AM", location: "Conv. Ctr. Room 15B",
what_label: "Presenting his own paper - Session 4 (14223),",
what_detail: "“Anharmonic phonon mixing and structural breakdown in laser-excited nanocrystals”"
},
{
date: "August 25", time: "1:40 PM - 3:10 PM", location: "Conv. Ctr. Room 15B",
what_label: "Session Chair - Session 5 (14223),",
what_detail: "Nonlinear Excitation Regimes in Materials III"
}
];
// Old-school, literal grouping: one card per (day, conference) pair, not one per
// conference. A conference active on two different days becomes two separate cards, each
// showing only that day's own stops — no multi-day content hiding behind one row.
function sanitizeIdPart(s) { return (s || "").replace(/[^a-zA-Z0-9]/g, ""); }
function getItinCards() {
var cards = [];
var byKey = {};
var itin = CONF_ROOT.itinerary;
(itin && itin.days || []).forEach(function (day) {
day.stops.forEach(function (stop) {
var confKey = stop.conference_number || stop.conference_name;
var cardKey = sanitizeIdPart(day.date) + "-" + sanitizeIdPart(confKey);
if (!byKey[cardKey]) {
byKey[cardKey] = {
id: cardKey, date: day.date, conference_number: stop.conference_number,
conference_name: stop.conference_name, room: stop.room, stops: []
};
cards.push(byKey[cardKey]);
}
byKey[cardKey].stops.push(stop);
});
});
return cards;
}
// "10:00 AM - 10:20 AM" + "3:00 PM - 3:20 PM" (in stop order, already chronological) -> "10:00 AM - 3:20 PM"
function timeSpanFor(stops) {
if (!stops.length) { return ""; }
var firstStart = stops[0].time.split(" - ")[0];
var lastParts = stops[stops.length - 1].time.split(" - ");
var lastEnd = lastParts[lastParts.length - 1];
return firstStart + " - " + lastEnd;
}
// "August 23, 2026" -> "August 23" (matches the "Month Day" shape buildCalendarIcon expects)
function dateAnchorFromDayString(dayDate) {
return (dayDate || "").split(",")[0];
}
// Flatten one card's own stops (already scoped to a single day + conference) into an
// ordered list: each shortlist person becomes its own clickable entry (resolves to a full
// presenter record), each fixed-only stop (no shortlist person — e.g. "Peter chairs this
// session") becomes a non-clickable divider so the where-am-I-next flow isn't lost.
// Person entries only — Peter's own fixed commitments live in the narrative/summary area
// above the list now (see getCardFixedNotes), not mixed in as non-clickable divider rows.
function getCardEntries(card) {
var entries = [];
card.stops.forEach(function (stop) {
var meta = card.date + " · " + stop.time + " · " + stop.room;
(stop.shortlist || []).forEach(function (s) {
entries.push({ kind: "person", key: "person-" + entries.length, meta: meta, name: s.name, stop: stop });
});
});
return entries;
}
function getCardFixedNotes(card) {
return card.stops.filter(function (s) { return s.fixed_note; }).map(function (s) { return s.fixed_note; });
}
function resolveItinPresenter(name, stop) {
for (var i = 0; i < CONF_DATA.length; i++) {
var c = CONF_DATA[i];
var isMatch = stop.conference_number ? c.conference_number === stop.conference_number : c.name === stop.conference_name;
if (!isMatch) { continue; }
var found = (c.presenters || []).filter(function (x) { return x.name === name; })[0];
if (found) { return found; }
}
return null;
}
// A compact calendar-icon showing the actual start day (month header + big day number),
// rather than a generic icon that looks the same regardless of date. "orange" variant is
// for general event info; the default (blue) is reserved for Peter's own commitments, so
// the two read as visually distinct categories at a glance.
function buildCalendarIcon(dateAnchor, variant) {
var parts = (dateAnchor || "").split(" ");
var month = (parts[0] || "").slice(0, 3).toUpperCase();
var day = parts[1] || "";
return (
"<div class=\"conf-itin-cal-icon" + (variant === "orange" ? " orange" : "") + "\">" +
"<div class=\"conf-itin-cal-month\">" + confEsc(month) + "</div>" +
"<div class=\"conf-itin-cal-day\">" + confEsc(day) + "</div>" +
"</div>"
);
}
// A 64px icon matching buildCalendarIcon's footprint, used to flag Peter's own fixed
// commitments inline with the same visual weight as the day cards' calendar icons.
function buildClockIcon() {
return (
"<div class=\"conf-itin-clock-icon\">" +
"<svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2\" stroke-linecap=\"round\" stroke-linejoin=\"round\">" +
"<circle cx=\"12\" cy=\"12\" r=\"9\"></circle>" +
"<polyline points=\"12 7 12 12 15.5 14\"></polyline>" +
"</svg>" +
"</div>"
);
}
// Shared 3-column layout: calendar icon | Time/Date/Location | what's happening (label
// plus an optional second line, e.g. a paper title). Used by both the fixed-commitment
// cards and the four event rows so they read as one consistent visual language.
function buildItinCols(icon, time, date, location, whatLabel, whatDetail) {
return (
icon +
"<div class=\"conf-itin-when-col\">" +
(time ? "<div class=\"conf-itin-row-line\">" + confEsc(time) + "</div>" : "") +
"<div class=\"conf-itin-row-line\">" + confEsc(date) + "</div>" +
"<div class=\"conf-itin-row-line\">" + confEsc(location) + "</div>" +
"</div>" +
"<div class=\"conf-itin-what-col\">" +
"<div class=\"conf-itin-row-line conf-itin-row-name\">" + confEsc(whatLabel) + "</div>" +
(whatDetail ? "<div class=\"conf-itin-row-line\">" + confEsc(whatDetail) + "</div>" : "") +
"</div>"
);
}
function findConfForCard(card) {
return CONF_DATA.filter(function (x) {
return card.conference_number ? x.conference_number === card.conference_number : x.name === card.conference_name;
})[0];
}
// Default landing view for the Conferences tab: just the SPIE org narrative + Peter's
// affiliation, before he clicks into either his itinerary or a specific conference.
function renderConfIntro() {
var detail = document.getElementById("conf-detail");
var pe = CONF_ROOT.parent_event || {};
detail.innerHTML =
"<div class=\"comp-card\">" +
"<div class=\"comp-name\">" + confEsc(pe.name) + "</div>" +
"<div class=\"conf-detail-meta\">" + confEsc(pe.dates) + "</div>" +
(pe.about ? "<div class=\"conf-abstract\">" + confEsc(pe.about) + "</div>" : "") +
(pe.our_affiliation ? "<div class=\"conf-highlight\">" + confEsc(pe.our_affiliation) + "</div>" : "") +
"</div>";
}
var confItinValueFilter = null; // "money" | "idea" | "connector" | "collaborator" | null
var confItinValueSelectedKey = null;
var VALUE_TAG_ORDER = ["money", "idea", "connector", "collaborator"];
// Everyone on Peter's shortlist across the whole week, deduped by name, with the day/stop
// context they were curated under (used both for the value-tag counts and the combined view).
function getAllShortlistPeople() {
var out = [];
var seen = {};
var itin = CONF_ROOT.itinerary;
(itin && itin.days || []).forEach(function (day) {
day.stops.forEach(function (stop) {
(stop.shortlist || []).forEach(function (s) {
if (seen[s.name]) { return; }
seen[s.name] = true;
out.push({ name: s.name, presenter: resolveItinPresenter(s.name, stop), day: day, stop: stop });
});
});
});
return out;
}
function getItinPeopleWithTag(tag) {
return getAllShortlistPeople().filter(function (e) {
return e.presenter && (e.presenter.value_tags || []).indexOf(tag) !== -1;
});
}
// Big clickable icon row: click one to swap the day-card list below for a combined view of
// everyone on the shortlist carrying that tag, regardless of which day/conference they're on.
function buildValueTagFilterRow() {
var all = getAllShortlistPeople();
return "<div class=\"conf-itin-value-row\">" + VALUE_TAG_ORDER.map(function (tag) {
var meta = VALUE_TAG_META[tag];
var count = all.filter(function (e) { return e.presenter && (e.presenter.value_tags || []).indexOf(tag) !== -1; }).length;
return (
"<button class=\"conf-itin-value-btn" + (confItinValueFilter === tag ? " active" : "") + "\" data-value-tag=\"" + tag + "\">" +
"<div class=\"conf-itin-value-icon\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2\" stroke-linecap=\"round\" stroke-linejoin=\"round\">" + meta.icon + "</svg></div>" +
"<div class=\"conf-itin-value-label\">" + confEsc(meta.label) + "</div>" +
"<div class=\"conf-itin-value-count\">" + count + (count === 1 ? " person" : " people") + "</div>" +
"</button>"
);
}).join("") + "</div>";
}
function renderItinValueFilterBody(tag, containerEl) {
var people = getItinPeopleWithTag(tag);
if (!people.length) {
containerEl.innerHTML = "<div class=\"conf-empty-state\">No one tagged " + confEsc(VALUE_TAG_META[tag].label) + " yet.</div>";
return;
}
if (confItinValueSelectedKey === null || !people.some(function (e) { return e.name === confItinValueSelectedKey; })) {
confItinValueSelectedKey = people[0].name;
}
containerEl.innerHTML =
"<div class=\"conf-pres-split\">" +
"<div class=\"conf-pres-list\" id=\"conf-itin-value-list\"></div>" +
"<div class=\"conf-pres-detail\" id=\"conf-itin-value-detail\"></div>" +
"</div>";
var listEl = document.getElementById("conf-itin-value-list");
people.forEach(function (e) {
var confLabel = e.stop.conference_number ? "Conference " + e.stop.conference_number : e.stop.conference_name;
var meta = dateAnchorFromDayString(e.day.date) + " · " + e.stop.time + " · " + confLabel;
var item = document.createElement("div");
item.className = "conf-pres-item" + (e.name === confItinValueSelectedKey ? " selected" : "");
item.innerHTML =
"<div class=\"conf-pres-item-name-row\"><div class=\"conf-pres-item-name\">" + confEsc(e.name) + "</div>" + buildValueTagBadges(e.presenter.value_tags) + "</div>" +
"<div class=\"conf-pres-item-sessions\">" + confEsc(meta) + "</div>" +
buildQuickLinks(e.presenter);
item.addEventListener("click", function () {
confItinValueSelectedKey = e.name;
renderItinValueFilterBody(tag, containerEl);
});
listEl.appendChild(item);
});
var detailEl = document.getElementById("conf-itin-value-detail");
var selected = people.filter(function (e) { return e.name === confItinValueSelectedKey; })[0];
if (selected && selected.presenter) {
detailEl.innerHTML = buildPresenterDetailHtml(selected.presenter);
wireToggleButtons("#conf-itin-value-detail");
}
}
function renderItinerary() {
var detail = document.getElementById("conf-detail");
var cards = getItinCards();
var rowsHtml = cards.map(function (card) {
var confLabel = card.conference_number ? "Conference " + card.conference_number + " — " : "";
var isExpanded = confItinExpandedId === card.id;
return (
"<div class=\"conf-itin-row" + (isExpanded ? " expanded" : "") + "\" data-itin-card=\"" + confEsc(card.id) + "\">" +
"<div class=\"conf-itin-row-head\">" +
buildItinCols(buildCalendarIcon(dateAnchorFromDayString(card.date), "orange"), timeSpanFor(card.stops), card.date, card.room, confLabel + card.conference_name) +
"</div>" +
"<div class=\"conf-itin-row-body\" id=\"conf-itin-body-" + confEsc(card.id) + "\"></div>" +
"</div>"
);
}).join("");
var commitmentsHtml = ITIN_FIXED_COMMITMENTS.map(function (fc) {
return (
"<div class=\"conf-itin-commitment\">" +
buildItinCols(buildCalendarIcon(fc.date), fc.time, fc.date, fc.location, fc.what_label, fc.what_detail) +
"</div>"
);
}).join("");
detail.innerHTML =
"<div class=\"comp-card\">" +
"<div class=\"comp-name\">Peter's Itinerary</div>" +
"<div class=\"conf-abstract\">" + confEsc(ITIN_INTRO) + "</div>" +
"<div class=\"conf-section-title\">Fixed Commitments</div>" +
"<div class=\"conf-itin-commitments\">" + commitmentsHtml + "</div>" +
"<div class=\"conf-itin-banner\">" + confEsc(ITIN_CLOSING) + "</div>" +
buildValueTagFilterRow() +
(confItinValueFilter ? "<div id=\"conf-itin-value-body\"></div>" : rowsHtml) +
"</div>";
document.querySelectorAll(".conf-itin-value-btn").forEach(function (btn) {
btn.addEventListener("click", function () {
var tag = btn.getAttribute("data-value-tag");
confItinValueFilter = confItinValueFilter === tag ? null : tag;
confItinValueSelectedKey = null;
confItinExpandedId = null;
renderItinerary();
});
});
if (confItinValueFilter) {
var valueBodyEl = document.getElementById("conf-itin-value-body");
if (valueBodyEl) { renderItinValueFilterBody(confItinValueFilter, valueBodyEl); }
return;
}
document.querySelectorAll(".conf-itin-row-head").forEach(function (head) {
head.addEventListener("click", function () {
var id = head.parentElement.getAttribute("data-itin-card");
confItinExpandedId = confItinExpandedId === id ? null : id;
confItinSelectedKey = null;
renderItinerary();
});
});
if (confItinExpandedId) {
var card = cards.filter(function (x) { return x.id === confItinExpandedId; })[0];
var bodyEl = document.getElementById("conf-itin-body-" + confItinExpandedId);
if (card && bodyEl) { renderItinCardBody(card, bodyEl); }
}
}
function renderItinCardBody(card, bodyEl) {
var entries = getCardEntries(card);
var parentConf = findConfForCard(card);
var fixedNotes = getCardFixedNotes(card);
var summaryHtml = "";
if (parentConf && parentConf.itin_summary) { summaryHtml += "<div class=\"conf-itin-summary\">" + confEsc(parentConf.itin_summary) + "</div>"; }
if (fixedNotes.length) {
summaryHtml += "<div class=\"conf-itin-summary conf-itin-summary-fixed\">" + buildClockIcon() + "<div class=\"conf-itin-summary-fixed-text\">" + fixedNotes.map(function (n) { return confEsc(n); }).join("<br />") + "</div></div>";
}
if (!entries.length) {
bodyEl.innerHTML = summaryHtml + "<div class=\"conf-empty-state\">No stops curated yet for this day.</div>";
return;
}
if (confItinSelectedKey === null || !entries.some(function (e) { return e.key === confItinSelectedKey; })) {
confItinSelectedKey = entries.length ? entries[0].key : null;
}
bodyEl.innerHTML =
summaryHtml +
"<div class=\"conf-pres-split\">" +
"<div class=\"conf-pres-list\" id=\"conf-itin-list\"></div>" +
"<div class=\"conf-pres-detail\" id=\"conf-itin-detail\"></div>" +
"</div>";
var listEl = document.getElementById("conf-itin-list");
entries.forEach(function (e) {
var entryPresenter = resolveItinPresenter(e.name, e.stop);
var item = document.createElement("div");
item.className = "conf-pres-item" + (e.key === confItinSelectedKey ? " selected" : "");
item.innerHTML =
"<div class=\"conf-pres-item-name-row\"><div class=\"conf-pres-item-name\">" + confEsc(e.name) + "</div>" + buildValueTagBadges(entryPresenter ? entryPresenter.value_tags : null) + "</div>" +
"<div class=\"conf-pres-item-sessions\">" + confEsc(e.meta) + "</div>" +
buildQuickLinks(entryPresenter || {});
item.addEventListener("click", function () {
confItinSelectedKey = e.key;
renderItinCardBody(card, bodyEl);
});
listEl.appendChild(item);
});
var selectedEntry = entries.filter(function (e) { return e.key === confItinSelectedKey; })[0];
var detailEl = document.getElementById("conf-itin-detail");
if (!selectedEntry) {
detailEl.innerHTML = "<div class=\"conf-detail-empty\">No one on the shortlist yet.</div>";
return;
}
var p = resolveItinPresenter(selectedEntry.name, selectedEntry.stop);
if (!p) {
detailEl.innerHTML = "<div class=\"conf-detail-empty\">Could not find \"" + confEsc(selectedEntry.name) + "\" in the presenter directory.</div>";
return;
}
detailEl.innerHTML = buildPresenterDetailHtml(p);
wireToggleButtons("#conf-itin-detail");
}
var ROLE_TYPE_LABEL = { chair: "Chair", presenter: "Presenter" };
// Derive topic-filter options straight from real session names in the data (stripping
// trailing "I"/"II"/"III"/"IV" so e.g. "Mirror Optics I/II/III" collapse to one option).
// This guarantees every option actually matches something — a hand-maintained topics
// list can silently drift out of sync with the real session names (as happened here).
function getConfTopics(c) {
var seen = {};
var out = [];
(c.presenters || []).forEach(function (p) {
(p.roles || []).forEach(function (r) {
if (!r.session) { return; }
var base = r.session.replace(/^Session \d+:\s*/, "").replace(/\s+(I|II|III|IV|V)$/, "").trim();
if (base && !seen[base]) { seen[base] = true; out.push(base); }
});
});
return out;
}
function buildConfDetail(c) {
var topicOptions = getConfTopics(c).map(function (t) {
return "<option value=\"" + confEsc(t) + "\">" + confEsc(t) + "</option>";
}).join("");
return (
"<div class=\"comp-card\">" +
"<div class=\"comp-name\">" + confEsc(c.name) + "</div>" +
"<div class=\"conf-detail-meta\">" + confEsc(c.dates) + (c.itin_time ? ", " + confEsc(c.itin_time) : "") + " · " + confEsc(c.location) + "</div>" +
"<div class=\"conf-abstract\">" + confEsc(c.abstract) + "</div>" +
(c.our_presenter_note ? "<div class=\"conf-highlight\">" + confEsc(c.our_presenter_note) + "</div>" : "") +
"<div class=\"conf-filter-row\">" +
"<input class=\"ab-search\" id=\"conf-pres-search\" type=\"text\" placeholder=\"Find a presenter, affiliation, or session...\" />" +
"<select class=\"ab-stage-select\" id=\"conf-topic-filter\"><option value=\"all\">All topic areas</option>" + topicOptions + "</select>" +
"<a class=\"conf-plain-link\" id=\"conf-clear-filters\" href=\"#\">Clear filters</a>" +
"</div>" +
"<div class=\"conf-section-title\">Presenters <span class=\"conf-source-tag\" id=\"conf-pres-count-tag\"></span>" +
"<span class=\"ab-fit-filter-label\">Fit:</span>" +
"<button class=\"ab-filter-chip conf-fit-chip\" data-fit=\"all\">All</button>" +
"<button class=\"ab-filter-chip conf-fit-chip ab-fit-chip-strong\" data-fit=\"Strong\">Strong</button>" +
"<button class=\"ab-filter-chip conf-fit-chip ab-fit-chip-moderate\" data-fit=\"Moderate\">Moderate</button>" +
"<button class=\"ab-filter-chip conf-fit-chip ab-fit-chip-weak\" data-fit=\"Weak\">Weak</button>" +
"</div>" +
"<div id=\"conf-pres-body\"></div>" +
"</div>"
);
}
function personHaystack(p) {
var roleBits = (p.roles || []).map(function (r) {
return [r.session, r.title, r.abstract].join(" ");
}).join(" ");
return [p.name, p.affiliation, p.bio, roleBits].join(" ").toLowerCase();
}
function renderConfPresentations(c) {
var body = document.getElementById("conf-pres-body");
var countTag = document.getElementById("conf-pres-count-tag");
if (!body) { return; }
var prevListEl = document.getElementById("conf-pres-list");
var prevScrollTop = prevListEl ? prevListEl.scrollTop : 0;
var all = c.presenters || [];
var q = confPresSearch.trim().toLowerCase();
var filtered = [];
all.forEach(function (p, idx) {
var hay = personHaystack(p);
var matchesSearch = !q || hay.indexOf(q) !== -1;
var matchesTopic = confTopicFilter === "all" || hay.indexOf(confTopicFilter.toLowerCase()) !== -1;
var matchesFit = confActiveFit === "all" || p.fit_rating === confActiveFit;
if (matchesSearch && matchesTopic && matchesFit) { filtered.push({ p: p, idx: idx }); }
});
if (!all.length) {
countTag.textContent = "";
body.innerHTML = "<div class=\"conf-empty-state\">Awaiting the presenter list for this conference. Fill in <code>conferences/speakers_template.json</code> (or the <code>.yaml</code> version) and send it back &mdash; it drops straight into this directory.</div>";
return;
}
countTag.textContent = filtered.length + " of " + all.length + " shown";
if (!filtered.length) {
body.innerHTML = "<div class=\"conf-empty-state\">No presenters match these filters" + (confPresSearch ? " (\"" + confEsc(confPresSearch) + "\")" : "") + ".</div>";
return;
}
if (confPresSelectedIdx === null || !filtered.some(function (f) { return f.idx === confPresSelectedIdx; })) {
confPresSelectedIdx = filtered[0].idx;
}
body.innerHTML =
"<div class=\"conf-pres-split\">" +
"<div class=\"conf-pres-list\" id=\"conf-pres-list\"></div>" +
"<div class=\"conf-pres-detail\" id=\"conf-pres-detail\"></div>" +
"</div>";
var listEl = document.getElementById("conf-pres-list");
filtered.forEach(function (f) {
var sessions = (f.p.roles || []).map(function (r) { return r.session; })
.filter(function (s, i, arr) { return s && arr.indexOf(s) === i; })
.join(" · ");
var item = document.createElement("div");
item.className = "conf-pres-item" + confFitClass(f.p.fit_rating) + (f.idx === confPresSelectedIdx ? " selected" : "");
item.innerHTML =
"<div class=\"conf-pres-item-name-row\"><div class=\"conf-pres-item-name\">" + confEsc(f.p.name) + "</div>" + buildValueTagBadges(f.p.value_tags) + "</div>" +
"<div class=\"conf-pres-item-sessions\">" + confEsc(sessions) + "</div>" +
buildQuickLinks(f.p);
item.addEventListener("click", function () {
confPresSelectedIdx = f.idx;
renderConfPresentations(c);
});
listEl.appendChild(item);
});
listEl.scrollTop = prevScrollTop;
var p = all[confPresSelectedIdx];
document.getElementById("conf-pres-detail").innerHTML = buildPresenterDetailHtml(p);
wireToggleButtons("#conf-pres-detail");
}
// Shared by the normal presenter directory AND the itinerary view — same detail card
// rendering either way, since the itinerary is just a curated lens on the same people.
function buildPresenterDetailHtml(p) {
var rolesHtml = (p.roles || []).map(function (r, i) {
var badgeClass = "conf-role-badge-" + r.type;
var rows = [];
if (r.date) { rows.push({ label: "Date", value: r.date }); }
if (r.time) { rows.push({ label: "Time", value: r.time }); }
if (r.session) { rows.push({ label: "Session", value: r.session }); }
if (r.type === "presenter" && r.title) { rows.push({ label: "Title", value: "“" + r.title + "”", italic: true }); }
var rowsHtml = rows.map(function (row) {
return "<div class=\"conf-role-row\"><span class=\"conf-role-row-label\">" + confEsc(row.label) + "</span><span class=\"conf-role-row-value" + (row.italic ? " conf-role-row-title" : "") + "\">" + confEsc(row.value) + "</span></div>";
}).join("");
var abstractToggle = "";
if (r.abstract) {
var key = "abstract" + i;
abstractToggle =
"<button class=\"conf-toggle-btn\" data-toggle=\"" + key + "\">▾ Show Abstract</button>" +
"<div class=\"conf-toggle-body conf-pres-abstract\" data-toggle-body=\"" + key + "\">" + confEsc(r.abstract) + "</div>";
}
return (
"<div class=\"conf-role-item\">" +
"<div class=\"conf-role-icon\"><svg viewBox=\"0 0 24 24\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"2\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><circle cx=\"12\" cy=\"8\" r=\"4\"></circle><path d=\"M5 20c0-4 3-7 7-7s7 3 7 7\"></path></svg></div>" +
"<div class=\"conf-role-body\">" +
"<span class=\"conf-role-badge " + badgeClass + "\">" + confEsc(ROLE_TYPE_LABEL[r.type] || r.type) + "</span>" +
rowsHtml +
abstractToggle +
"</div>" +
"</div>"
);
}).join("");
var aboutToggle = "";
if (p.bio) {
var firstName = p.name ? p.name.split(" ")[0] : "Presenter";
aboutToggle =
"<div class=\"conf-toggle-section\">" +
"<button class=\"conf-toggle-btn\" data-toggle=\"about\">▾ Show About " + confEsc(firstName) + "</button>" +
"<div class=\"conf-toggle-body conf-pres-abstract\" data-toggle-body=\"about\">" + confEsc(p.bio) + "</div>" +
"</div>";
}
var logEntries = p.outreach_log || [];
var logHtml = logEntries.length
? logEntries.map(function (l) { return "<div class=\"ab-log-entry\"><span class=\"log-date\">" + confEsc(l.date) + "</span>" + confEsc(l.note) + "</div>"; }).join("")
: "<div class=\"ab-log-entry ab-log-empty\">No conversation yet.</div>";
var outreachLogBox =
"<div class=\"conf-toggle-section\">" +
"<div class=\"conf-section-title\">Outreach Log</div>" +
"<div class=\"ab-log-scroll conf-outreach-log-scroll\">" + logHtml + "</div>" +
"</div>";
var notesBox =
"<div class=\"conf-toggle-section\"><div class=\"conf-section-title\">Notes</div><div class=\"conf-pres-abstract" + (p.notes ? "" : " conf-empty-state") + "\">" + (p.notes ? confEsc(p.notes) : "No notes yet.") + "</div></div>";
var partnershipAngleBox = "";
if (p.partnership_angle && p.partnership_angle.length) {
partnershipAngleBox =
"<div class=\"ab-prof-box\">" +
"<div class=\"ab-prof-title\">Partnership Angle (where we'd fit)</div>" +
p.partnership_angle.map(function (a) {
return "<div class=\"ab-prof-row\"><span class=\"ab-prof-dot ab-prof-dot-g\"></span><span>" + confEsc(a) + "</span></div>";
}).join("") +
"</div>";
}
return (
"<div class=\"comp-card" + confFitClass(p.fit_rating) + "\">" +
"<div class=\"comp-name\">" + confEsc(p.name) + "</div>" +
confFitGauge(p.fit_rating) +
buildValueTagIcons(p.value_tags) +
(p.fit_angle ? "<div class=\"conf-fit-angle\"><span class=\"conf-fit-angle-label\">Why " + confEsc(p.fit_rating || "this") + " fit</span>" + confEsc(p.fit_angle) + "</div>" : "") +
partnershipAngleBox +
"<div class=\"ab-prof-kv\"><span class=\"k\">Association:</span><span class=\"v\">" + confEsc(p.affiliation || "—") + "</span></div>" +
buildComposeEmailButton(p) +
"<div class=\"conf-section-title\">Conference Roles</div>" +
"<div class=\"conf-roles-list\">" + rolesHtml + "</div>" +
aboutToggle +
outreachLogBox +
notesBox +
"</div>"
);
}
function wireToggleButtons(containerSelector) {
document.querySelectorAll(containerSelector + " .conf-toggle-btn").forEach(function (btn) {
btn.addEventListener("click", function () {
var key = btn.getAttribute("data-toggle");
var bodyEl = document.querySelector(containerSelector + " [data-toggle-body=\"" + key + "\"]");
var isOpen = bodyEl.classList.toggle("open");
var label = btn.textContent.replace(/^[▾▴]\s*(Show|Hide)\s*/, "");
btn.innerHTML = (isOpen ? "▴ Hide " : "▾ Show ") + label;
});
});
}
renderConferences();
/* ---- Address Book ---- */
var AB_SOURCE_CLASS = { "Marketing Intelligence": "mi", "Outreach": "boss", "Engaged Non-Follower": "eng", "Conference": "conf" };
var AB_ROLE_TYPE_LABEL = { "presenter": "Presenter", "chair": "Chair" };
var AB_VALUE_TAG_ROLE_BADGE = { money: "Budget Holder", collaborator: "Collaborator", connector: "Connector", idea: "Technical Insight" };
// Pulls every SPIE 2026 presenter into the same shape the Outreach Board already renders,
// computed live from CONF_DATA so there's no second copy of this data to keep in sync.
function buildConferenceContactsForAB() {
var out = [];
CONF_DATA.forEach(function (c) {
var confLabel = c.conference_number || c.name;
(c.presenters || []).forEach(function (p) {
var primaryRole = (p.roles || [])[0] || {};
out.push({
id: "conf-" + confLabel + "-" + p.name,
name: p.name,
title: AB_ROLE_TYPE_LABEL[primaryRole.type] || "",
company: p.affiliation || "",
source: "Conference",
vertical: "SPIE 2026 — " + confLabel,
stage: "Not started",
fit_rating: p.fit_rating || "",
role_badge: AB_VALUE_TAG_ROLE_BADGE[(p.value_tags || [])[0]] || "",
abstract: p.fit_angle || "",
who_to_contact: (p.partnership_angle || [])[0] || "",
website: p.website || "",
linkedin: p.linkedin || "",
email: p.email || ""
});
});
});
return out;
}
var AB_DATA = JSON.parse(document.getElementById("address-book-data").textContent).concat(buildConferenceContactsForAB());
var abActiveSource = "all";
var abActiveStage = "all";
var abActiveCategory = "all";
var abActiveFit = "all";
var abView = "directory";
function abEsc(s) {
var d = document.createElement("div");
d.textContent = s || "";
return d.innerHTML;
}
function abMatchesSearch(entry, q) {
if (!q) { return true; }
var hay = [entry.name, entry.company, entry.title, entry.vertical, entry.abstract].join(" ").toLowerCase();
return hay.indexOf(q) !== -1;
}
function renderAddressBook() {
var q = document.getElementById("ab-search").value.trim().toLowerCase();
var filtered = AB_DATA.filter(function (e) {
var category = (e.vertical || "").split(" — ")[0];
return (abActiveSource === "all" || e.source === abActiveSource) &&
(abActiveCategory === "all" || category === abActiveCategory) &&
(abActiveStage === "all" || e.stage === abActiveStage) &&
(abActiveFit === "all" || e.fit_rating === abActiveFit) &&
abMatchesSearch(e, q);
});
document.getElementById("ab-summary").textContent =
filtered.length + " of " + AB_DATA.length + " leads shown" +
(abActiveSource !== "all" ? " · " + abActiveSource : "") +
(abActiveCategory !== "all" ? " · " + abActiveCategory : "") +
(abActiveStage !== "all" ? " · " + abActiveStage : "") +
(abActiveFit !== "all" ? " · " + abActiveFit + " fit" : "") +
(q ? " · matching \"" + q + "\"" : "");
if (abView === "directory") {
renderAddressBookGrid(filtered);
} else {
renderAddressBookOutreach(filtered);
}
}
function renderAddressBookGrid(filtered) {
var grid = document.getElementById("ab-grid");
grid.innerHTML = "";
var sorted = filtered.slice().sort(function (a, b) {
return (a.company || "").localeCompare(b.company || "");
});
sorted.forEach(function (e) { grid.appendChild(buildAbCard(e)); });
}
var abSelectedId = null;
function renderAddressBookOutreach(filtered) {
var sorted = filtered.slice().sort(function (a, b) {
return (a.company || "").localeCompare(b.company || "");
});
if (!abSelectedId || !sorted.some(function (e) { return e.id === abSelectedId; })) {
abSelectedId = sorted.length ? sorted[0].id : null;
}
var list = document.getElementById("ab-outreach-list");
list.innerHTML = "";
sorted.forEach(function (e) {
var card = buildAbSidebarCard(e, e.id === abSelectedId);
list.appendChild(card);
});
var detail = document.getElementById("ab-outreach-detail");
var selected = sorted.filter(function (e) { return e.id === abSelectedId; })[0];
detail.innerHTML = selected
? buildOutreachDetail(selected)
: "<div class=\"ab-outreach-empty\">No leads match these filters.</div>";
var profileBtn = document.getElementById("ab-profile-btn");
if (profileBtn) {
profileBtn.addEventListener("click", function () {
var profile = document.getElementById("ab-comp-profile");
var isOpen = profile.classList.toggle("open");
profileBtn.innerHTML = (isOpen ? "&#9650; Hide profile" : "&#9660; Full profile");
});
}
}
function buildAbSidebarCard(e, isSelected) {
var card = document.createElement("div");
card.className = "ab-card" + (isSelected ? " selected" : "") + abFitClass(e.fit_rating);
card.dataset.id = e.id;
var sourceClass = AB_SOURCE_CLASS[e.source] || "";
var nameLine = e.name
? "<div class=\"ab-card-name\">" + abEsc(e.name) + (e.title ? " — " + abEsc(e.title) : "") + "</div>"
: "<div class=\"ab-card-name empty\">No named contact yet</div>";
card.innerHTML =
"<div class=\"ab-card-top\">" +
"<div class=\"ab-card-company\">" + abEsc(e.company || "(no company)") + "</div>" +
"<span class=\"ab-source-chip " + sourceClass + "\" title=\"" + abEsc(abShortSource(e.source)) + "\">" + abEsc(e.stage) + "</span>" +
"</div>" +
nameLine;
card.addEventListener("click", function () {
abSelectedId = e.id;
renderAddressBook();
});
return card;
}
function buildOutreachDetail(e) {
// CEO = who actually runs the company (a fact about them). Contact = who WE'RE targeting for
// outreach (e.name/e.title). These are two different people and must not be conflated.
var ceoLine = e.ceo
? (e.ceo_url ? "<a class=\"li-link\" href=\"" + e.ceo_url + "\" target=\"_blank\" rel=\"noopener\">" + abEsc(e.ceo) + "</a>" : abEsc(e.ceo))
: "Unknown";
var contactLine = e.name ? (abEsc(e.name) + (e.title ? " — " + abEsc(e.title) : "")) : (e.who_to_contact ? abEsc(e.who_to_contact) : "No named contact yet");
// Summary card — 1:1 with a Marketing Intelligence Competitors card (name header, loc, desc,
// analytics tags [fit / regional market / employees], site link, Full profile toggle).
var category = (e.vertical || "").split(" — ")[0];
var locLine = abEsc([e.region, category].filter(Boolean).join(" — ")) + " • CEO: " + ceoLine;
// desc = short business-pitch summary (like Scatterin's "what they do, turnaround, clients").
// narrative (rendered separately, inside Company Overview) = the founding/history story. Never the same text.
var desc = e.desc || e.abstract;
var fitTag = e.fit ? "<span class=\"tag tag-r\">" + abEsc(e.fit) + "</span>" : "<span class=\"tag tag-u\">Not assessed yet</span>";
var regionTag = e.region ? "<span class=\"tag tag-a\">" + abEsc(e.region) + "</span>" : "<span class=\"tag tag-u\">Region unknown</span>";
var sizeTag = e.employees ? "<span class=\"tag tag-c\">" + abEsc(e.employees) + "</span>" : "<span class=\"tag tag-u\">Size unknown</span>";
var tags = fitTag + regionTag + sizeTag;
var siteLink = e.website
? "<a class=\"site-link\" href=\"" + e.website + "\" target=\"_blank\" rel=\"noopener\">" + abEsc(e.website.replace(/^https?:\/\//, "").replace(/\/$/, "")) + "</a>"
: "";
// Skip the top-level pill if this same link is already shown by name in the Company leadership list.
var linkedinShownInLeadership = (e.leadership || []).some(function (l) { return l.url && l.url === e.linkedin; });
var liLink = (e.linkedin && !linkedinShownInLeadership)
? "<a class=\"li-link\" href=\"" + e.linkedin + "\" target=\"_blank\" rel=\"noopener\">LinkedIn ↗</a>"
: "";
var companyLiLink = e.company_linkedin
? "<a class=\"li-link\" href=\"" + e.company_linkedin + "\" target=\"_blank\" rel=\"noopener\">Company LinkedIn ↗</a>"
: "";
var summary =
"<div class=\"comp-card" + (e.warmth === "Warm" ? " highlight" : "") + "\">" +
"<div class=\"comp-name\">" + abEsc(e.company || "(no company)") + "</div>" +
buildFitGauge(e.fit_rating) +
"<div class=\"comp-loc-row\"><div class=\"comp-loc\">" + locLine + "</div></div>" +
"<div class=\"comp-desc" + (desc ? "" : " empty") + "\">" + abEsc(desc || "Not researched yet — what they do goes here.") + "</div>" +
"<div class=\"comp-tags\">" + tags + "</div>" +
"<div style=\"display:flex;align-items:center;gap:10px;flex-wrap:wrap;\">" +
siteLink + companyLiLink + liLink +
"<button class=\"profile-btn\" id=\"ab-profile-btn\">&#9650; Hide profile</button>" +
"</div>" +
"<div class=\"comp-profile open\" id=\"ab-comp-profile\">" + buildOutreachProfile(e, ceoLine, contactLine) + "</div>" +
"</div>";
return summary;
}
function buildOutreachProfile(e, ceoLine, contactLine) {
// Company — cliff notes only, same field set as Scatterin's Company box: Founded, CEO, a second
// exec, Team size, Funding/ownership, Tagline, Pricing. Never the narrative paragraph here — that
// lives in the summary card's comp-desc, and this box must not repeat it.
var kvRow = function (label, value) {
return value ? "<div class=\"ab-prof-kv\"><span class=\"k\">" + label + ":</span><span class=\"v\">" + value + "</span></div>" : "";
};
var overview =
"<div class=\"ab-prof-box\">" +
"<div class=\"ab-prof-title\">Company</div>" +
kvRow("Founded", abEsc(e.founded || "Unknown")) +
kvRow("CEO", ceoLine) +
(e.leadership || []).map(function (l) {
var nameHtml = l.url
? "<a class=\"li-link\" href=\"" + l.url + "\" target=\"_blank\" rel=\"noopener\">" + abEsc(l.name) + "</a>"
: abEsc(l.name);
return kvRow(l.title, nameHtml);
}).join("") +
kvRow("Team size", abEsc(e.employees || "Unknown")) +
kvRow("Ownership", e.ownership ? abEsc(e.ownership) : "") +
kvRow("Tagline", e.tagline ? abEsc(e.tagline) : "") +
kvRow("Pricing", abEsc(e.pricing || "No public pricing on file.")) +
kvRow("Revenue", e.revenue ? abEsc(e.revenue) : "") +
kvRow("Federal ID", e.federal_id ? abEsc(e.federal_id) : "") +
kvRow("LinkedIn", e.linkedin_followers ? abEsc(e.linkedin_followers) : "") +
(e.region ? kvRow("Region", abEsc(e.region)) : "") +
"</div>";
var certifications = "";
if (e.certifications && e.certifications.length) {
certifications =
"<div class=\"ab-prof-box-full\">" +
"<div class=\"ab-prof-title\">Certifications &amp; Registrations</div>" +
e.certifications.map(function (c) {
return "<div class=\"ab-prof-row\"><span class=\"ab-prof-dot\"></span><span>" + abEsc(c) + "</span></div>";
}).join("") +
"</div>";
}
var history = "";
if (e.history && e.history.length) {
history =
"<div class=\"ab-prof-box-full\">" +
"<div class=\"ab-prof-title\">History</div>" +
e.history.map(function (h) {
return "<div class=\"ab-prof-row\"><span class=\"ab-prof-dot\"></span><span><strong>" + abEsc(h.date) + ":</strong> " + abEsc(h.text) + "</span></div>";
}).join("") +
"</div>";
}
var verticals = "";
if (e.target_verticals && e.target_verticals.length) {
verticals =
"<div class=\"ab-prof-box\">" +
"<div class=\"ab-prof-title\">Target Verticals</div>" +
e.target_verticals.map(function (v) {
return "<div class=\"ab-prof-row\"><span class=\"ab-prof-dot ab-prof-dot-a\"></span><span>" + abEsc(v) + "</span></div>";
}).join("") +
"</div>";
}
var serviceModel = "";
if (e.service_model && e.service_model.length) {
serviceModel =
"<div class=\"ab-prof-box\">" +
"<div class=\"ab-prof-title\">Service Model</div>" +
"<div style=\"display:flex;align-items:stretch;gap:6px;flex-wrap:wrap;\">" +
e.service_model.map(function (s, i) {
return (i > 0 ? "<div style=\"align-self:center;color:#9aa7b4;\">&rarr;</div>" : "") +
"<div style=\"flex:1;min-width:110px;\"><div style=\"font-weight:800;font-size:0.78rem;color:#1b3a5c;\">" + abEsc(s.step) + "</div>" +
"<div style=\"font-size:0.74rem;color:#6b7a8d;margin-top:2px;\">" + abEsc(s.desc) + "</div></div>";
}).join("") +
"</div>" +
"</div>";
}
var techniques = "";
if (e.techniques && e.techniques.length) {
techniques =
"<div class=\"ab-prof-box\">" +
"<div class=\"ab-prof-title\">Services &amp; Techniques</div>" +
e.techniques.map(function (group) {
return "<div class=\"ab-prof-subhead\">" + abEsc(group.category) + "</div>" +
group.items.map(function (item) {
return "<div class=\"ab-prof-row\"><span class=\"ab-prof-dot\"></span><span>" + abEsc(item) + "</span></div>";
}).join("");
}).join("") +
"</div>";
}
var differentiators = "";
if (e.differentiators && e.differentiators.length) {
differentiators =
"<div class=\"ab-prof-box\">" +
"<div class=\"ab-prof-title\">Their Differentiators (claimed)</div>" +
e.differentiators.map(function (d) {
var text = typeof d === "string" ? d : d.text;
var isHighlight = typeof d === "object" && d.highlight;
var content = isHighlight ? "<mark class=\"ab-highlight\">" + abEsc(text) + "</mark>" : abEsc(text);
return "<div class=\"ab-prof-row\"><span class=\"ab-prof-dot ab-prof-dot-g\"></span><span>" + content + "</span></div>";
}).join("") +
"</div>";
}
var partnershipAngle = "";
if (e.partnership_angle && e.partnership_angle.length) {
partnershipAngle =
"<div class=\"ab-prof-box\">" +
"<div class=\"ab-prof-title\">Partnership Angle (where we'd fit)</div>" +
e.partnership_angle.map(function (p) {
return "<div class=\"ab-prof-row\"><span class=\"ab-prof-dot ab-prof-dot-g\"></span><span>" + abEsc(p) + "</span></div>";
}).join("") +
"</div>";
}
var recentActivity = "";
if (e.recent_activity && e.recent_activity.length) {
recentActivity =
"<div class=\"ab-prof-box\">" +
"<div class=\"ab-prof-title\">Recent Activity</div>" +
e.recent_activity.map(function (a) {
return "<div class=\"ab-prof-row\"><span class=\"ab-prof-dot\"></span><span><strong>" + abEsc(a.date) + ":</strong> " + abEsc(a.text) + "</span></div>";
}).join("") +
"</div>";
}
var sources = "";
if (e.sources && e.sources.length) {
sources =
"<div class=\"ab-prof-box ab-prof-sources\">" +
"<div class=\"ab-prof-title\">Sources</div>" +
e.sources.map(function (s) {
return "<div class=\"row\"><a href=\"" + s.url + "\" target=\"_blank\" rel=\"noopener\">" + abEsc(s.label) + " ↗</a></div>";
}).join("") +
"</div>";
}
var kv = "<div class=\"ab-prof-kv\"><span class=\"k\">Our contact:</span><span class=\"v\">" + contactLine + "</span></div>";
if (e.abstract) { kv += "<div class=\"ab-prof-kv\"><span class=\"k\">Pitch angle:</span><span class=\"v\">" + abEsc(e.abstract) + "</span></div>"; }
if (e.search_term) { kv += "<div class=\"ab-prof-kv\"><span class=\"k\">LinkedIn search:</span><span class=\"v\">" + abEsc(e.search_term) + "</span></div>"; }
if (e.connection) { kv += "<div class=\"ab-prof-kv\"><span class=\"k\">Connection:</span><span class=\"v\">" + abEsc(e.connection) + "</span></div>"; }
if (e.surfaced_via) { kv += "<div class=\"ab-prof-kv\"><span class=\"k\">Surfaced via:</span><span class=\"v\">" + abEsc(e.surfaced_via) + " (" + abEsc(e.date_surfaced) + ")</span></div>"; }
if (e.source_ref && !(e.sources && e.sources.length)) { kv += "<div class=\"ab-prof-kv\"><span class=\"k\">Source:</span><span class=\"v\">" + abEsc(e.source_ref) + "</span></div>"; }
var logEntries = e.outreach_log || [];
var logHtml = logEntries.length
? logEntries.map(function (l) { return "<div class=\"ab-log-entry\"><span class=\"log-date\">" + abEsc(l.date) + "</span>" + abEsc(l.note) + "</div>"; }).join("")
: "<div class=\"ab-log-entry ab-log-empty\">No conversation yet — status: " + abEsc(e.stage) + ".</div>";
// Outreach Log — a real diary, empty until contact begins. Sits as one tall card spanning
// the height of Differentiators + Services/Verticals stacked beside it, capped with its own
// scrollbar so it grows by scrolling internally instead of stretching the whole profile.
var outreach =
"<div class=\"ab-prof-box ab-outreach-log-tall\">" +
"<div class=\"ab-prof-title\">Outreach Log</div>" +
kv +
"<div class=\"ab-log-scroll\">" + logHtml + "</div>" +
"</div>";
// Notes — discrepancies/caveats found during research. Its own card, separate from the
// Outreach Log (which is a conversation diary, not a place for research footnotes).
var notesBox = e.notes
? "<div class=\"ab-prof-box-full\"><div class=\"ab-prof-title\">Notes</div><div class=\"ab-prof-narrative\">" + abEsc(e.notes) + "</div></div>"
: "";
return "<div class=\"ab-detail-cols\">" + overview + partnershipAngle + "</div>" +
"<div class=\"ab-section-grid\">" +
"<div class=\"ab-section-grid-left\">" + differentiators + "<div class=\"ab-detail-cols\">" + techniques + verticals + "</div>" + "</div>" +
outreach +
"</div>" +
history + certifications + serviceModel +
recentActivity + sources + notesBox;
}
function abShortSource(source) {
if (source === "Marketing Intelligence") { return "MI"; }
if (source === "Engaged Non-Follower") { return "Engaged"; }
return source;
}
var FIT_CLASS_BY_RATING = { "Strong": " fit-strong", "Moderate": " fit-moderate", "Weak": " fit-weak" };
function abFitClass(rating) { return FIT_CLASS_BY_RATING[rating] || ""; }
var FIT_RATING_PCT = { "Weak": 12, "Moderate": 50, "Strong": 88 };
function buildFitGauge(rating) {
var pct = FIT_RATING_PCT[rating];
if (pct === undefined) {
return "<div class=\"ab-fit-inline\"><div class=\"ab-fit-inline-label\" style=\"color:#9aa7b4;\">Partnership fit: not assessed</div><div class=\"ab-fit-inline-track\"></div></div>";
}
return "<div class=\"ab-fit-inline\">" +
"<div class=\"ab-fit-inline-label\">Partnership fit: " + abEsc(rating) + "</div>" +
"<div class=\"ab-fit-inline-track\"><div class=\"ab-fit-inline-marker\" style=\"left:" + pct + "%;\"></div></div>" +
"</div>";
}
function buildAbCard(e) {
var card = document.createElement("div");
card.className = "ab-card" + abFitClass(e.fit_rating);
card.dataset.id = e.id;
var sourceClass = AB_SOURCE_CLASS[e.source] || "";
var nameLine = e.name
? "<div class=\"ab-card-name\">" + abEsc(e.name) + (e.title ? " — " + abEsc(e.title) : "") + "</div>"
: "<div class=\"ab-card-name empty\">" + (e.search_term ? "No contact found yet" : "No named contact yet") + "</div>";
var warmthLine = e.warmth ? "<div class=\"ab-warmth " + e.warmth + "\">" + e.warmth + "</div>" : "";
var followStar = e.already_follows ? "<span class=\"ab-follow-star\" title=\"Already follows TXproducts on LinkedIn\">&#9733;</span>" : "";
card.innerHTML =
"<div class=\"ab-card-top\">" +
"<div class=\"ab-card-company\">" + abEsc(e.company || "(no company)") + "</div>" +
"<span class=\"ab-source-chip " + sourceClass + "\" title=\"" + abEsc(abShortSource(e.source)) + "\">" + abEsc(e.stage) + "</span>" +
"</div>" +
nameLine +
(e.vertical ? "<div class=\"ab-card-vertical\">" + abEsc(e.vertical) + "</div>" : "") +
warmthLine +
followStar +
buildAbDetail(e);
card.addEventListener("click", function () { card.classList.toggle("expanded"); });
return card;
}
function buildAbDetail(e) {
// Company Overview — narrative + founded, same shape as the Marketing Intelligence profile boxes.
var overview =
"<div class=\"ab-prof-box\">" +
"<div class=\"ab-prof-title\">Company Overview</div>" +
(e.narrative
? "<div class=\"ab-prof-narrative\">" + abEsc(e.narrative) + "</div>"
: "<div class=\"ab-prof-narrative empty\">Not researched yet.</div>") +
"<div class=\"ab-prof-kv\"><span class=\"k\">Founded:</span><span class=\"v\">" + abEsc(e.founded || "Unknown") + "</span></div>" +
(e.region ? "<div class=\"ab-prof-kv\"><span class=\"k\">Region:</span><span class=\"v\">" + abEsc(e.region) + "</span></div>" : "") +
"</div>";
// Outreach & Contact — everything about reaching this lead and where they stand.
var kv = "";
if (e.abstract) { kv += "<div class=\"ab-prof-kv\"><span class=\"k\">Pitch angle:</span><span class=\"v\">" + abEsc(e.abstract) + "</span></div>"; }
if (e.who_to_contact) { kv += "<div class=\"ab-prof-kv\"><span class=\"k\">Who to contact:</span><span class=\"v\">" + abEsc(e.who_to_contact) + "</span></div>"; }
if (e.search_term) { kv += "<div class=\"ab-prof-kv\"><span class=\"k\">LinkedIn search:</span><span class=\"v\">" + abEsc(e.search_term) + "</span></div>"; }
if (e.connection) { kv += "<div class=\"ab-prof-kv\"><span class=\"k\">Connection:</span><span class=\"v\">" + abEsc(e.connection) + "</span></div>"; }
if (e.surfaced_via) { kv += "<div class=\"ab-prof-kv\"><span class=\"k\">Surfaced via:</span><span class=\"v\">" + abEsc(e.surfaced_via) + " (" + abEsc(e.date_surfaced) + ")</span></div>"; }
if (e.source_ref) { kv += "<div class=\"ab-prof-kv\"><span class=\"k\">Source:</span><span class=\"v\">" + abEsc(e.source_ref) + "</span></div>"; }
if (e.role_badge) { kv += "<div class=\"ab-prof-kv\"><span class=\"k\">Role:</span><span class=\"v\">" + abEsc(e.role_badge) + "</span></div>"; }
kv += "<div class=\"ab-prof-kv\"><span class=\"k\">Stage:</span><span class=\"v\">" + abEsc(e.stage) + "</span></div>";
var outreach = "<div class=\"ab-prof-box\"><div class=\"ab-prof-title\">Outreach &amp; Contact</div>" + kv + "</div>";
var links = "";
if (e.website) { links += "<a href=\"" + e.website + "\" target=\"_blank\" rel=\"noopener\">Website ↗</a>"; }
if (e.linkedin) { links += "<a href=\"" + e.linkedin + "\" target=\"_blank\" rel=\"noopener\">LinkedIn ↗</a>"; }
if (e.email) { links += "<a href=\"mailto:" + e.email + "\">Email ↗</a>"; }
return "<div class=\"ab-card-detail\" onclick=\"event.stopPropagation();\">" +
overview + outreach + (links ? "<div class=\"links\">" + links + "</div>" : "") +
"</div>";
}
document.getElementById("ab-search").addEventListener("input", renderAddressBook);
document.querySelectorAll(".ab-filter-chip[data-source]").forEach(function (chip) {
chip.addEventListener("click", function () {
document.querySelectorAll(".ab-filter-chip[data-source]").forEach(function (c) { c.classList.remove("active"); });
chip.classList.add("active");
abActiveSource = chip.getAttribute("data-source");
renderAddressBook();
});
});
document.getElementById("ab-followers-link").addEventListener("click", function () {
window.open("http://localhost:8051/assets/follower_directory.html", "_blank", "noopener");
});
document.getElementById("ab-category-filter").addEventListener("change", function (e) {
abActiveCategory = e.target.value;
renderAddressBook();
});
document.getElementById("ab-stage-filter").addEventListener("change", function (e) {
abActiveStage = e.target.value;
renderAddressBook();
});
document.querySelectorAll(".ab-fit-chip").forEach(function (chip) {
chip.addEventListener("click", function () {
document.querySelectorAll(".ab-fit-chip").forEach(function (c) { c.classList.remove("active"); });
chip.classList.add("active");
abActiveFit = chip.getAttribute("data-fit");
renderAddressBook();
});
});
document.getElementById("ab-view-directory-btn").addEventListener("click", function () {
abView = "directory";
document.getElementById("ab-view-directory-btn").classList.add("active");
document.getElementById("ab-view-board-btn").classList.remove("active");
document.getElementById("ab-grid").style.display = "grid";
document.getElementById("ab-outreach").style.display = "none";
renderAddressBook();
});
document.getElementById("ab-view-board-btn").addEventListener("click", function () {
abView = "board";
document.getElementById("ab-view-board-btn").classList.add("active");
document.getElementById("ab-view-directory-btn").classList.remove("active");
document.getElementById("ab-grid").style.display = "none";
document.getElementById("ab-outreach").style.display = "flex";
renderAddressBook();
});
// Starting point: focus on the Outreach Board, filtered to Outreach, one contact selected.
document.getElementById("ab-view-board-btn").click();
document.querySelector(".ab-filter-chip[data-source=\"Outreach\"]").click();
/* ---- Opportunities module loader ----
Fetches its markup, injects it into the empty tab container, then loads its
script as a normal <script src> (so it runs only once the DOM it needs exists). */
fetch("opportunities/opportunities.html")
.then(function (r) { return r.text(); })
.then(function (html) {
document.getElementById("tab-opportunities").innerHTML = html;
var s = document.createElement("script");
s.src = "opportunities/opportunities.js";
document.body.appendChild(s);
})
.catch(function (err) {
document.getElementById("tab-opportunities").innerHTML =
"<div class=\"opp-loading\">Couldn't load Opportunities (" + err + ").</div>";
});
</script>
</body>
</html>