IO Framework The Interior Observer Framework

Foundation · Paper 2

Paper 2 — Derivation of γ from Quantum Gravity, the Bogoliubov No-Go Theorem, the Holographic Thermalization Bridge, the Space-Time Decoupling Problem, and the Holographic Timescale Hierarchy

Semiclassical QFT on Schwarzschild cannot supply the boost factor gamma; Paper 2 derives gamma instead from the Carlip-Virasoro horizon algebra.

If the theory is correct, the math will just work.

Short form

Paper 2 — Deriving γ from Horizon Algebra

Shows that semiclassical QFT on stationary Schwarzschild spacetime cannot generate the boost factor γ, then derives γ from the Carlip-Virasoro horizon algebra in the dimensionally reduced interior-observer setting. It also builds a holographic thermalization bridge from 1+1D horizon states to the observed 3+1D photon bath and characterizes the framework's space-time decoupling hierarchy.

Bridge crossings

CMB Temperature Spatial Decoupling Δ

This paper is grouped in the Foundation era and kept aligned to the live bridge map terminology used across the public site.

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