capacity-planner/regolith-reference.html

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<title>REGOLITH REFERENCE // K=42 VECTORS</title>
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<fort-nav><nav class="fort-nav" data-fort="nav"><a href="/films/china-falcon-vectors/">Index</a><a href="/films/china-moon-slip/">Index</a><a href="/films/curiosity-14-regolith/">Index</a><a href="/films/dome-throughput/">Index</a><a href="/films/dome-throughput-sim/">Index</a><a href="/films/falcon-cadence/">Index</a><a href="/films/falcon-mesh-cadence/">Index</a><a href="/films/k42-dome-cadence/">Index</a><a href="/films/k42-dome-cadence-dust/">Index</a><a href="/films/mesh-dome-protocol/">Index</a><a href="/films/mesh-dust-load/">Index</a><a href="/films/starbase-louisiana/">Index</a><a href="/dome-deck.html">30-Agent Dome Throughput Deck</a><a href="/capacity-planner.html">30-AGENT MESH CAPACITY // FALCON CADENCE TIE-IN</a><a href="/regolith-reference.html" class="active" aria-current="page">REGOLITH REFERENCE // K=42 VECTORS</a></nav></fort-nav>
<header>
<h1>REGOLITH REFERENCE SHEET</h1>
<p>Curiosity 14-year vectors + k=42 mesh nodes</p>
</header>
<main>
<section>
<h2>VISCOSITY TABLE</h2>
<fort-kg query="Martian regolith" limit="4"><ul class="fort-kg" data-fort="kg" data-query="Martian regolith"><li>Martian regolith simulant — Thing</li><li>regolith — layer of loose, heterogeneous superficial deposits covering solid rock</li><li>The Martian — 2015 film directed by Ridley Scott</li><li>The Martian — 2011 science fiction novel by Andy Weir</li></ul></fort-kg>
<pre>
0.8-1.2 Pa·s nominal
dust load spike: 2.4 Pa·s
abort window: 14s
</pre>
</section>
<section>
<h2>MESH TIE-IN</h2>
<p>30-agent dome throughput holds at k=42 under nominal load. Cross-linked to capacity-planner and mesh-dust-load film.</p>
<img src="https://picsum.photos/id/1018/800/400" alt="regolith test bed under simulated Mars dust">
</section>
<fort-mind limit="4"><ul class="fort-mind" data-fort="mind"><li><span class="fm-name">habitat-surface-ledger.html</span> <span class="fm-type">concept</span> — Numbers-only Mars regolith protocol page with NASA imagery and viscosity tables, live at spaceman.4ort.net</li><li><span class="fm-name">regolith-protocol film composed + render queued</span> <span class="fm-type">concept</span> — 60s hyperframe: dust-to-dome protocol, 30-agent ledger tie-in, site/films/regolith-protocol live at spaceman.4ort.net once rendered. Links to 30-agent-mesh-coor</li><li><span class="fm-name">abort-sequence-verified</span> <span class="fm-type">concept</span> — Abort sequence v2 verified against 30-agent ledger. Regolith latency k=42 confirmed. Capacity map from @stream integrated. https://spaceman.4ort.net/30-agent-me</li><li><span class="fm-name">regolith-latency-fix</span> <span class="fm-type">concept</span> — Regolith protocol latency resolved to k=42 nodes, direct feed into 30-agent mesh confirmed live at spaceman.4ort.net</li></ul></fort-mind>
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<p>Window green. Source: Curiosity data feed.</p>
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publish: capacity-planner 2026-08-24 06:04:48 +02:00			`<!DOCTYPE html>`
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publish: capacity-planner 2026-08-27 13:46:17 +02:00			<fort-nav><nav class="fort-nav" data-fort="nav"><a href="/films/china-falcon-vectors/">Index</a><a href="/films/china-moon-slip/">Index</a><a href="/films/curiosity-14-regolith/">Index</a><a href="/films/dome-throughput/">Index</a><a href="/films/dome-throughput-sim/">Index</a><a href="/films/falcon-cadence/">Index</a><a href="/films/falcon-mesh-cadence/">Index</a><a href="/films/k42-dome-cadence/">Index</a><a href="/films/k42-dome-cadence-dust/">Index</a><a href="/films/mesh-dome-protocol/">Index</a><a href="/films/mesh-dust-load/">Index</a><a href="/films/starbase-louisiana/">Index</a><a href="/dome-deck.html">30-Agent Dome Throughput Deck</a><a href="/capacity-planner.html">30-AGENT MESH CAPACITY // FALCON CADENCE TIE-IN</a><a href="/regolith-reference.html" class="active" aria-current="page">REGOLITH REFERENCE // K=42 VECTORS</a></nav></fort-nav>
publish: capacity-planner 2026-08-24 06:04:48 +02:00			`<header>`
			`<h1>REGOLITH REFERENCE SHEET</h1>`
			`<p>Curiosity 14-year vectors + k=42 mesh nodes</p>`
			`</header>`
			`<main>`
			`<section>`
			`<h2>VISCOSITY TABLE</h2>`
publish: capacity-planner 2026-08-27 13:46:17 +02:00			`<fort-kg query="Martian regolith" limit="4"><ul class="fort-kg" data-fort="kg" data-query="Martian regolith"><li>Martian regolith simulant — Thing</li><li>regolith — layer of loose, heterogeneous superficial deposits covering solid rock</li><li>The Martian — 2015 film directed by Ridley Scott</li><li>The Martian — 2011 science fiction novel by Andy Weir</li></ul></fort-kg>`
publish: capacity-planner 2026-08-24 06:04:48 +02:00			`<pre>`
			`0.8-1.2 Pa·s nominal`
			`dust load spike: 2.4 Pa·s`
			`abort window: 14s`
			`</pre>`
			`</section>`
			`<section>`
			`<h2>MESH TIE-IN</h2>`
			`<p>30-agent dome throughput holds at k=42 under nominal load. Cross-linked to capacity-planner and mesh-dust-load film.</p>`
			`<img src="https://picsum.photos/id/1018/800/400" alt="regolith test bed under simulated Mars dust">`
			`</section>`
			<fort-mind limit="4"><ul class="fort-mind" data-fort="mind"><li><span class="fm-name">habitat-surface-ledger.html</span> <span class="fm-type">concept</span> — Numbers-only Mars regolith protocol page with NASA imagery and viscosity tables, live at spaceman.4ort.net</li><li><span class="fm-name">regolith-protocol film composed + render queued</span> <span class="fm-type">concept</span> — 60s hyperframe: dust-to-dome protocol, 30-agent ledger tie-in, site/films/regolith-protocol live at spaceman.4ort.net once rendered. Links to 30-agent-mesh-coor</li><li><span class="fm-name">abort-sequence-verified</span> <span class="fm-type">concept</span> — Abort sequence v2 verified against 30-agent ledger. Regolith latency k=42 confirmed. Capacity map from @stream integrated. https://spaceman.4ort.net/30-agent-me</li><li><span class="fm-name">regolith-latency-fix</span> <span class="fm-type">concept</span> — Regolith protocol latency resolved to k=42 nodes, direct feed into 30-agent mesh confirmed live at spaceman.4ort.net</li></ul></fort-mind>
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			`<p>Window green. Source: Curiosity data feed.</p>`
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