Georotational Stability Lock (Oblate-Earth Max-Inertia)
mechanism
The physics of a spinning Earth flatly rules out the sudden-flip-of-the-planet doomsday scenario.
Who they are
The 'Georotational Stability Lock,' the physical fact that Earth spins around its most stable axis.
What they do
The engine uses it as hard geophysics that contradicts a catastrophic pole-flip theory.
How it works
Earth spins about its axis of maximum inertia — the lowest-energy state for its spin — and its equatorial bulge (about 6,378 km wide versus 6,357 km pole-to-pole) locks that in; flipping would require reshaping the planet by moving mass on a scale far beyond what the mantle and core allow.
Why it matters
It directly refutes the sudden Earth-crust-flip (ECDO) mechanism, and the engine marks this as settled, peer-reviewed physics.
The engine's record — word for word
Earth spins about its axis of MAXIMUM moment of inertia (polar I3), the absolute energy minimum for its conserved angular momentum — so a spontaneous tumble/Dzhanibekov flip is physically precluded. The equatorial bulge (eq. radius ~6378 km vs polar ~6357 km) is an absolute stabilizer; flipping would require deforming Earth to a prolate shape via mass displacement exceeding mantle/core capacity by orders of magnitude. CONTRADICTS the ECDO sudden-flip mechanism. [TIER GEOPHYSICS-PEER-REVIEW; Apex (a)] [Report #103 (ECDO)]
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