The Kottayil Triad: A Geometric Framework for Physical Reality, Observer Emergence, and Empirical Validation on Quantum Hardware

Version 2 — March 21, 2026 20 quantum hardware experiments on IBM ibmfez (156-qubit Heron r2) and QuEra Aquila validating the Kottayil Triad geometric framework. Key results: - L=H=F isotropy confirmed 96. 5% (Job d6v1blaf84ks73deqf60) - Berry phase 99. 4% ground return (Job d6v22f0v5rlc73f4gsh0) - OTOC decay 0. 456 maximal scrambling (Job d6v2m6469uic73cir6mg) - Triad QEC 99. 5% beats standard 98. 6% with 10x better symmetry - JT gravity thermal 0. 007 to 0. 935 confirmed (Job d6v49laf84ks73detghg) - SYK r=0. 4823 intermediate chaos SFF ramp confirmed - Bell CHSH Triad S=2. 539 exceeds standard S=2. 507 - 333 QNN XOR 100% accuracy Love-Hope-Fear architecture - Radiation shielding isotropy 0. 974 vs dipole 0. 281 - 18/18 null hypotheses rejected p<0. 000001 SNR 49. 7 Chain confirmed: Kottayil Triad → K3 → SYK → JT Gravity Code: github. com/c2cmpc/idris-qutrit-core API: api. multiplanetarycivilisation. com