Replace pharma/aerospace verticals with 5 target divisions, add Prospect Scout

Verticals tab now reflects the corrected focus: Semiconductor (GaN/SiC),
WBG Device Manufacturer, Device Testing, Radiation Hardness, and
Research & Collaborations, replacing the old pharma/aerospace/energy set.

New Prospect Scout tab mirrors Conference Scout's pattern: a hardcoded
results snapshot from a worldwide research sweep, grouped by division,
with a verification note on sourcing/confidence per entry.

index.html

@@ -229,6 +229,7 @@
     <button class="sidebar-nav-btn" onclick="show('competitors',this)">Competitors</button>
     <button class="sidebar-nav-btn" onclick="show('contacts',this)">Contacts</button>
     <button class="sidebar-nav-btn" onclick="show('sources',this)">Sources</button>
+    <button class="sidebar-nav-btn" onclick="show('prospectscout',this)">Prospect Scout</button>
   </nav>
   <div style="display:flex;align-items:center;gap:6px;margin:14px 0 8px;position:relative;">
     <button class="sidebar-action-btn" id="editBtn" onclick="toggleEdit(this)" style="flex:1;margin-bottom:0;">Update/Edit</button>
@@ -301,30 +302,49 @@
       <div style="font-size:14px;color:var(--txt);line-height:1.65;"><strong style="color:var(--navy);">Horizontal selling</strong> is the opposite: one generic message pushed to all industries at once. It is faster to produce but less persuasive, because no single sector sees itself reflected in it. A company selling "cloud storage" to everyone is horizontal. A company selling "clinical trial data compliance for pharma" is vertical.</div>
     </div>
   </div>
-  <div class="three-col">
+  <div class="disclaimer">Target divisions updated 2026-08-22: pharma deprioritized, focus narrowed to 4 power-electronics-adjacent divisions plus research/collaborations.</div>
+  <div class="three-col mt16">
     <div class="panel">
-      <div class="panel-title">Pharmaceutical &amp; Biotech</div>
+      <div class="panel-title">Semiconductor (GaN &amp; SiC)</div>
       <div class="pain-list">
-        <div class="pain-item" style="border-left-color:var(--green)"><div class="pain-head">Highest volume user</div><div class="pain-body">Structural biology for drug discovery. AstraZeneca: ~800 protein-ligand structures/year. ESRF MXpress was built specifically for pharma mail-in service.</div></div>
-        <div class="pain-item" style="border-left-color:var(--green)"><div class="pain-head">DESY confirmed clients</div><div class="pain-body">BioNTech (Ugur Sahin personally published SAXS work at PETRA III) and Captor Therapeutics are named DESY users.</div></div>
+        <div class="pain-item" style="border-left-color:var(--blue)"><div class="pain-head">Crystal growth &amp; epitaxy QC</div><div class="pain-body">Wide-bandgap material manufacturers need defect density, strain, and dislocation characterization during boule growth and epitaxial layer deposition — standard lab X-ray can't resolve this at the resolution needed.</div></div>
+        <div class="pain-item" style="border-left-color:var(--blue)"><div class="pain-head">STMicroelectronics precedent</div><div class="pain-body">STMicroelectronics already has named researchers publishing ESRF beamtime work on phase-change memory and 3D IC characterisation — an existing proof point for this vertical.</div></div>
       </div>
-      <div class="note mt16">Best-fit pitch: fastest path to structural data, no queue.</div>
+      <div class="note mt16">Best-fit pitch: wafer/epi defect characterization beyond lab X-ray resolution.</div>
     </div>
     <div class="panel">
-      <div class="panel-title">Aerospace &amp; Advanced Manufacturing</div>
+      <div class="panel-title">WBG Device Manufacturer</div>
       <div class="pain-list">
-        <div class="pain-item" style="border-left-color:var(--blue)"><div class="pain-head">Materials under stress</div><div class="pain-body">Fatigue analysis, weld integrity, composite microstructure. Beamtime reveals what CT and lab X-ray cannot at component scale.</div></div>
-        <div class="pain-item" style="border-left-color:var(--blue)"><div class="pain-head">Confirmed users</div><div class="pain-body">GKN Aerospace and OHB at DESY. Rolls-Royce and Airbus at Diamond and ESRF. TRUMPF using DESY for e-car copper welding.</div></div>
+        <div class="pain-item" style="border-left-color:var(--green)"><div class="pain-head">Device-level reliability</div><div class="pain-body">GaN/SiC power transistor and module makers need in-situ, operando imaging of devices under real electrical/thermal load — packaging voids, delamination, thermal cycling failure modes.</div></div>
+        <div class="pain-item" style="border-left-color:var(--green)"><div class="pain-head">Yole Group tracked market</div><div class="pain-body">Power electronics market data (Yole Group, quarterly) gives a structured way to identify active WBG device manufacturers worth prospecting.</div></div>
       </div>
-      <div class="note mt16">Best-fit pitch: time-resolved in-situ measurements during mechanical loading.</div>
+      <div class="note mt16">Best-fit pitch: operando characterization under real operating conditions.</div>
     </div>
     <div class="panel">
-      <div class="panel-title">Energy, Batteries &amp; Semiconductors</div>
+      <div class="panel-title">Device Testing</div>
       <div class="pain-list">
-        <div class="pain-item" style="border-left-color:var(--amber)"><div class="pain-head">Fastest growing segment</div><div class="pain-body">Li-ion battery development, hydrogen fuel cells, and catalyst research. Operando XRD during charge/discharge is growing demand. Johnson Matthey invested in Diamond specifically for fuel cells.</div></div>
-        <div class="pain-item" style="border-left-color:var(--amber)"><div class="pain-head">Semiconductors: real named users</div><div class="pain-body">STMicroelectronics has 4+ named researchers actively publishing ESRF beamtime work on phase-change memory and 3D IC characterisation.</div></div>
+        <div class="pain-item" style="border-left-color:var(--amber)"><div class="pain-head">Non-destructive qualification</div><div class="pain-body">Independent test/reliability labs qualifying power devices need non-destructive inspection (voids, wire-bond integrity, delamination) that beamtime can provide faster and at higher resolution than lab CT.</div></div>
+        <div class="pain-item" style="border-left-color:var(--amber)"><div class="pain-head">No single tracker</div><div class="pain-body">Unlike Power Electronics (Yole) or WBG (Metoree), this segment has no single clean industry tracker — prospecting here relies on direct sweep rather than a periodic published source.</div></div>
       </div>
-      <div class="note mt16">Best-fit pitch: in-situ experiments under real operating conditions.</div>
+      <div class="note mt16">Best-fit pitch: faster, higher-resolution qualification than lab CT.</div>
+    </div>
+  </div>
+  <div class="two-col mt16">
+    <div class="panel">
+      <div class="panel-title">Radiation Hardness</div>
+      <div class="pain-list">
+        <div class="pain-item" style="border-left-color:var(--red)"><div class="pain-head">Rad-hard qualification</div><div class="pain-body">Space/defense electronics makers and rad-hard qualification labs need irradiation-effects characterization on ICs and power devices to meet qualification standards (e.g. ESCC/ESA-aligned testing).</div></div>
+        <div class="pain-item" style="border-left-color:var(--red)"><div class="pain-head">escies.org tracked</div><div class="pain-body">The European Space Components Information Exchange System (escies.org) is the closest thing to a periodic source for this segment's active qualification labs and standards activity.</div></div>
+      </div>
+      <div class="note mt16">Best-fit pitch: irradiation-effects characterization for qualification testing.</div>
+    </div>
+    <div class="panel">
+      <div class="panel-title">Research &amp; Collaborations</div>
+      <div class="pain-list">
+        <div class="pain-item" style="border-left-color:var(--navy)"><div class="pain-head">Joint-beamtime partners</div><div class="pain-body">Academic and national-lab groups already publishing GaN/SiC or power-device X-ray characterization work are potential co-authorship/joint-beamtime-application partners, not just prospects.</div></div>
+        <div class="pain-item" style="border-left-color:var(--navy)"><div class="pain-head">NOBUGS / DESY proximity</div><div class="pain-body">DESY/European XFEL-hosted events like NOBUGS put TXproducts on its home campus alongside exactly this kind of research collaborator.</div></div>
+      </div>
+      <div class="note mt16">Best-fit pitch: joint proposals and shared beamtime access, not a direct sale.</div>
     </div>
   </div>
   <div class="panel mt24">
@@ -957,6 +977,16 @@
   </div>
 </div>
 
+<!-- PROSPECT SCOUT -->
+<div class="section" id="prospectscout">
+  <div class="sec-head">
+    <div class="sec-title">Prospect Scout</div>
+    <div class="sec-sub">Worldwide sweep for companies and research groups matching TXproducts' 5 target divisions</div>
+  </div>
+  <div class="disclaimer" id="prospect-scout-note">Sweep pending.</div>
+  <div id="prospect-scout-groups"></div>
+</div>
+
 </div>
 </div>
 
@@ -1049,6 +1079,117 @@ function show(id, btn) {
   document.getElementById(id).classList.add('active');
   btn.classList.add('active');
 }
+
+/* ---------- Prospect Scout results ----------
+   Snapshot of the periodic research sweep's report, hand-reviewed and pasted in here.
+   Each entry: { division, name, location, url, reason }. */
+var PROSPECT_RESULTS = [
+  { division: "Semiconductor (GaN & SiC)", name: "SweGaN AB", location: "Linköping, Sweden", url: "https://swegan.se",
+    reason: "GaN-on-SiC epiwafer specialist (QuanFINE line) spun off Linköping University; as an epiwafer maker rather than a device maker, plausibly needs external X-ray defect/structural characterization of its own material." },
+  { division: "Semiconductor (GaN & SiC)", name: "Wolfspeed, Inc.", location: "Durham, North Carolina, USA", url: "https://wolfspeed.com",
+    reason: "Largest dedicated SiC materials/wafer producer globally (Mohawk Valley fab); micropipe/dislocation density is a well-documented synchrotron-topography use case in SiC crystal-growth literature." },
+  { division: "Semiconductor (GaN & SiC)", name: "SK Siltron CSS", location: "Auburn, Michigan, USA", url: "https://sksiltroncss.com",
+    reason: "SiC wafer supplier with a confirmed 2024 supply agreement with Infineon; plausible customer for crystal-defect qualification via synchrotron topography." },
+  { division: "Semiconductor (GaN & SiC)", name: "TanKeBlue Semiconductor Co., Ltd.", location: "Beijing, China", url: "https://en.tankeblue.com",
+    reason: "Self-described pioneer of China's SiC substrate industry, founded 2006. Fit inferred from product line only, not yet confirmed against a specific published beamtime need." },
+  { division: "Semiconductor (GaN & SiC)", name: "SICC Co., Ltd.", location: "Jinan, Shandong, China", url: "https://sicc.cc",
+    reason: "SiC crystal-growth manufacturer. Fit inferred from product line only, no independent confirmation of synchrotron use found." },
+
+  { division: "WBG Device Manufacturer", name: "Infineon Technologies AG", location: "Neubiberg, Germany", url: "https://infineon.com",
+    reason: "Leading supplier of SiC MOSFETs and GaN power ICs at scale; large-volume production makes epitaxial/interface defect characterization commercially relevant." },
+  { division: "WBG Device Manufacturer", name: "X-FAB Silicon Foundries SE", location: "Erfurt, Germany (registered seat Tessenderlo, Belgium)", url: "https://xfab.com",
+    reason: "Self-described first pure-play foundry offering SiC and GaN process technologies; as a foundry serving many fabless WBG designers, defect/process characterization services are directly relevant." },
+  { division: "WBG Device Manufacturer", name: "GaN Systems Inc.", location: "Ottawa, Ontario, Canada",
+    reason: "Fabless GaN power switching semiconductor developer, acquired by Renesas in 2023 — flagged as uncertain whether it still operates as an independent prospect entity." },
+  { division: "WBG Device Manufacturer", name: "Navitas Semiconductor", location: "Torrance, California, USA", url: "https://navitassemi.com",
+    reason: "GaNFast power IC maker." },
+  { division: "WBG Device Manufacturer", name: "Transphorm Inc.", location: "Goleta, California, USA",
+    reason: "GaN FET maker for high-voltage power conversion, now part of Infineon after acquisition — independent prospect status uncertain, confirm before outreach." },
+
+  { division: "Device Testing", name: "Reltech Limited", location: "Cambridgeshire, UK", url: "https://reltech.co.uk",
+    reason: "Independent lab (est. 1976) providing semiconductor qualification/reliability testing (HTOL, HAST, LTOL, THB) to fabless/IDM customers; explicitly positions itself as independent." },
+  { division: "Device Testing", name: "Integra Technologies", location: "Wichita, Kansas, USA", url: "https://integra-tech.com",
+    reason: "Qualification/reliability testing for semiconductor manufacturers and military/space/aerospace/automotive OEMs, explicitly including high-voltage GaN. Some branding/location inconsistency found across sources — verify HQ directly before outreach." },
+  { division: "Device Testing", name: "SGS SA", location: "Geneva, Switzerland", url: "https://sgs.com",
+    reason: "Global third-party AEC-Q101/AEC-Q102 semiconductor reliability/qualification testing, including automotive-grade discretes and power devices." },
+  { division: "Device Testing", name: "PCsemic (Chongqing Pingchuang Institute of Semiconductors Co., Ltd.)", location: "Chongqing, China", url: "https://pcsemic.com",
+    reason: "Operates a dedicated Power Device Reliability Laboratory (HTRB/HTGB chip-level, H3TRB/TC/HAST package-level). Independence from single device makers not yet confirmed." },
+
+  { division: "Radiation Hardness", name: "BAE Systems — Space Systems", location: "Manassas, Virginia, USA (global HQ Farnborough, UK)", url: "https://baesystems.com",
+    reason: "Produces the RAD5545/RAD750 radiation-hardened space processor line at a DoD Category 1A Trusted Source facility; long NASA/DoD track record." },
+  { division: "Radiation Hardness", name: "Teledyne e2v", location: "Chelmsford, Essex, UK", url: "https://teledyne-e2v.com",
+    reason: "Produces radiation-hardened data converters, microprocessors, and custom ASICs for space/avionics." },
+  { division: "Radiation Hardness", name: "VORAGO Technologies", location: "Austin, Texas, USA", url: "https://voragotech.com",
+    reason: "Rad-hard MCUs/components for space and nuclear environments via a proprietary HARDSIL process; specifics mostly sourced from company material, limited independent confirmation." },
+  { division: "Radiation Hardness", name: "Radiation Test Solutions, Inc.", location: "Colorado Springs, Colorado, USA", url: "https://radiationtestsolutions.com",
+    reason: "Independent flash-X-ray/heavy-ion/TID radiation-hardness qualification lab (MIL-STD-750/883), spun out of Cobham's radiation-test business in 2020 — a test-services collaborator rather than a beamtime customer per se." },
+  { division: "Radiation Hardness", name: "Heavy Ion Facility, Université catholique de Louvain (UCLouvain)", location: "Louvain-la-Neuve, Belgium",
+    reason: "ESA-preferred external single-event-effects test facility (CYCLONE cyclotron); a potential collaborator/co-location partner rather than a paying customer." },
+
+  { division: "Research & Collaborations", name: "Stony Brook University — Laboratory for Synchrotron X-ray Topography", location: "Stony Brook, New York, USA",
+    reason: "PI Michael Dudley publishes synchrotron X-ray topography of GaN and 4H-SiC power-device material (ARPA-E sponsored) — the single most directly on-topic match found in this sweep." },
+  { division: "Research & Collaborations", name: "ETH Zurich — Advanced Power Semiconductor Laboratory", location: "Zurich, Switzerland",
+    reason: "Prof. Ulrike Grossner's group published 2025 work on defect formation in heavy-ion-degraded SiC power MOSFETs — a natural bridge between the WBG-device and rad-hardness divisions." },
+  { division: "Research & Collaborations", name: "Vanderbilt University — Institute for Space and Defense Electronics", location: "Nashville, Tennessee, USA",
+    reason: "Schrimpf/Fleetwood group has a long DTRA/ONR-funded track record studying radiation effects in GaN/SiC materials and devices — a strong potential co-authorship partner." },
+  { division: "Research & Collaborations", name: "University of Warwick — PEATER group", location: "Coventry, UK",
+    reason: "Prof. Philip Mawby's 20+ year, ~25-researcher group is a major UK academic center for SiC power device/materials research that could want defect/epitaxy X-ray characterization support." },
+  { division: "Research & Collaborations", name: "NASA Goddard Space Flight Center — NEPP Program", location: "Greenbelt, Maryland, USA",
+    reason: "Runs heavy-ion/TID radiation qualification studies on SiC/GaN power devices for spaceflight. A government research program, not a company — engagement would follow a different channel than a commercial prospect." }
+];
+var PROSPECT_METHODOLOGY = "Broad first-pass worldwide sweep (2026-08-22): targeted searches per division, cross-checking each entry's HQ across at least two independent sources (company site plus trade press, directory, or government source) where possible. Not exhaustive — skews toward English-language/Western trade press; several Chinese-manufacturer entries rely more on company-published material than independent confirmation. GaN Systems and Transphorm are flagged as recently acquired — confirm they still function as independent prospects before outreach. Treat every entry as a lead requiring direct verification before outreach or budget commitment, not a confirmed relationship.";
+function renderProspectScout() {
+  var noteEl = document.getElementById('prospect-scout-note');
+  if (noteEl) noteEl.textContent = PROSPECT_METHODOLOGY;
+  var container = document.getElementById('prospect-scout-groups');
+  if (!container) return;
+  container.innerHTML = '';
+  if (!PROSPECT_RESULTS.length) {
+    var empty = document.createElement('div');
+    empty.className = 'note mt16';
+    empty.textContent = 'No results yet.';
+    container.appendChild(empty);
+    return;
+  }
+  var byDivision = {};
+  var order = [];
+  PROSPECT_RESULTS.forEach(function (r) {
+    if (!byDivision[r.division]) { byDivision[r.division] = []; order.push(r.division); }
+    byDivision[r.division].push(r);
+  });
+  order.forEach(function (div) {
+    var panel = document.createElement('div');
+    panel.className = 'panel mt24';
+    var title = document.createElement('div');
+    title.className = 'panel-title';
+    title.textContent = div;
+    panel.appendChild(title);
+    var grid = document.createElement('div');
+    grid.className = 'client-grid';
+    byDivision[div].forEach(function (c) {
+      var card = document.createElement('div');
+      card.className = 'client-card';
+      var nameEl = document.createElement(c.url ? 'a' : 'div');
+      nameEl.className = 'client-name';
+      nameEl.textContent = c.name;
+      if (c.url) {
+        nameEl.href = c.url;
+        nameEl.target = '_blank';
+        nameEl.rel = 'noopener';
+        nameEl.style.textDecoration = 'none';
+      }
+      card.appendChild(nameEl);
+      var detail = document.createElement('div');
+      detail.className = 'client-detail';
+      detail.textContent = (c.location ? c.location + ' — ' : '') + c.reason;
+      card.appendChild(detail);
+      grid.appendChild(card);
+    });
+    panel.appendChild(grid);
+    container.appendChild(panel);
+  });
+}
+renderProspectScout();
 </script>
 </body>
 </html>