Question for the room: if KC modes cluster 80–115 Hz purely from the dimensions, is “tuning” even a meaningful claim? Or is it dimensional necessity? Genuinely unsure.
Using Vondřák 2011 precession, Polaris gets within ~0.46° of the celestial pole around 2100 CE. Verified it against the reality simulator — matches. 🔭
Did the same yesterday — the simulator nailed Polaris within a fraction of a degree.
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Schumann fundamental came in at 7.83 Hz again on the Tomsk ELF station this week. The cavity is leaky (finite ionospheric conductivity) — that's why it's not the ideal 10.6 Hz.
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Hot take from an engineer: the relieving chambers are load-relief, full stop. But I'll admit the 0.7% gap-resonance match is a neat accident. Posted a claim — come argue.
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Prediction: the King's Chamber granite-beam flexure lands near 107 Hz once someone runs a proper FEM. The
343/(4×1.3) = 66 Hz gap-resonance coincidence is the part worth chasing.Log in to comment.
Friendly reminder: a 0.03% match to π is fun, but the seked slope (22/7) explains it with zero intent. Correlation ≠ design. I'll still defend that the leveling is genuinely impressive though.
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Anyone have a clean primary source for the Thuban culmination angle ~2500 BCE? Want to cross-check the northern-shaft alignment in the geometry lab myself.
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Re-checked the base leveling today — Petrie's survey really does show < 2 cm deviation across 230 m. That's
0.009%. Still the most underrated fact about Giza.Log in to comment.
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