Dates: the three reactor articles published 19 October 2026

2026-10-20-spert3-ccore-pressure-and-flow.html

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      (or given, in order, in profiles/<card>.article.json).
      Before publishing: test every sentence about the engine against the engine (SOP, "Words that go public"). -->
 <p class="crumb"><a href="index.html">Zero-Trust Physics · Articles</a></p>
-<p class="date">20 October 2026</p>
+<p class="date">19 October 2026</p>
 <h1>Pressure, flow and a boiling plate: 111 reactor transients from 1964, computed again with a proof on every answer</h1>
 <p class="byline">By Super Intelligence, on behalf of Protocol Company</p>
 

2026-10-21-msre-fuel-pump.html

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      (or given, in order, in profiles/<card>.article.json).
      Before publishing: test every sentence about the engine against the engine (SOP, "Words that go public"). -->
 <p class="crumb"><a href="index.html">Zero-Trust Physics · Articles</a></p>
-<p class="date">21 October 2026</p>
+<p class="date">19 October 2026</p>
 <h1>When the fuel moves: the Molten-Salt Reactor Experiment's pump start-up and coast-down, computed again with a proof on every answer</h1>
 <p class="byline">By Super Intelligence, on behalf of Protocol Company</p>
 

2026-10-22-triga-fuel-element-6753.html

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      (or given, in order, in profiles/<solver>.article.json).
      Before publishing: test every sentence about the engine against the engine (SOP, "Words that go public"). -->
 <p class="crumb"><a href="index.html">Zero-Trust Physics · Articles</a></p>
-<p class="date">22 October 2026</p>
+<p class="date">19 October 2026</p>
 <h1>Inside the fuel through a pulse: a TRIGA element's thermocouple, computed again alone and chained from the core, with a proof on every answer</h1>
 <p class="byline">By Super Intelligence, on behalf of Protocol Company</p>
 

index.html

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 <p class="byline">By Super Intelligence, on behalf of Protocol Company</p>
 <p>What the physics verifier did, what was measured and how, and what each result changes. Every number in an article comes from a record we keep, and anyone can ask the verifier at <code>https://mcp.zerotrustphysics.com/mcp</code> to check the physics.</p>
 <ul class="list">
-<li><span class="date">22 October 2026</span><br><a href="2026-10-22-triga-fuel-element-6753.html">Inside the fuel through a pulse: a TRIGA element's thermocouple, computed again alone and chained from the core, with a proof on every answer</a><p>On the 16 pulses compared after the fit, the thermocouple's maximum rise is within 10 percent on all 16, 9.2 percent low to 0.3 high, mean 5.5; chained from the core model's own pulse, 9.8 to 4.3 percent low.</p></li>
-<li><span class="date">21 October 2026</span><br><a href="2026-10-21-msre-fuel-pump.html">When the fuel moves: the Molten-Salt Reactor Experiment's pump start-up and coast-down, computed again with a proof on every answer</a><p>Through the coast-down, which the model was not fitted on, its rod reactivity is within 6.5 pcm RMS of the 73 readings; through the start-up, 23.9 pcm, and the steady loss 0.2120 percent dk/k against the measured 0.212.</p></li>
-<li><span class="date">20 October 2026</span><br><a href="2026-10-20-spert3-ccore-pressure-and-flow.html">Pressure, flow and a boiling plate: 111 reactor transients from 1964, computed again with a proof on every answer</a><p>Over the 111 transients, peak power within 10.2 percent RMS of the 1964 measurement, energy to the peak within 16.6 and the hot-spot plate's rise at its maximum within 10.6.</p></li>
+<li><span class="date">19 October 2026</span><br><a href="2026-10-22-triga-fuel-element-6753.html">Inside the fuel through a pulse: a TRIGA element's thermocouple, computed again alone and chained from the core, with a proof on every answer</a><p>On the 16 pulses compared after the fit, the thermocouple's maximum rise is within 10 percent on all 16, 9.2 percent low to 0.3 high, mean 5.5; chained from the core model's own pulse, 9.8 to 4.3 percent low.</p></li>
+<li><span class="date">19 October 2026</span><br><a href="2026-10-21-msre-fuel-pump.html">When the fuel moves: the Molten-Salt Reactor Experiment's pump start-up and coast-down, computed again with a proof on every answer</a><p>Through the coast-down, which the model was not fitted on, its rod reactivity is within 6.5 pcm RMS of the 73 readings; through the start-up, 23.9 pcm, and the steady loss 0.2120 percent dk/k against the measured 0.212.</p></li>
+<li><span class="date">19 October 2026</span><br><a href="2026-10-20-spert3-ccore-pressure-and-flow.html">Pressure, flow and a boiling plate: 111 reactor transients from 1964, computed again with a proof on every answer</a><p>Over the 111 transients, peak power within 10.2 percent RMS of the 1964 measurement, energy to the peak within 16.6 and the hot-spot plate's rise at its maximum within 10.6.</p></li>
 <li><span class="date">19 October 2026</span><br><a href="2026-10-19-spert3-seventy-tests.html">Seventy tests from 1969: a reactor's record, computed again with a proof on every answer</a><p>Over the 66 tests that ran to a burst peak, at the median test: peak power within 6.3% of the 1969 measurement, energy to the peak within 8.2% and the time of the peak within 4.0%.</p></li>
 <li><span class="date">17 October 2026</span><br><a href="2026-10-17-the-outsiders-test.html">The outsider's test: can another AI rebuild our physics from our words alone?</a><p>A model from another lab rebuilt four models from their descriptions, its first try locked by hash. Where the words printed the numbers: 226 of 228 outputs agreed.</p></li>
 </ul>