The Sky Theorem states: dH (φ (S (t) ) ) /dt < 0 — any dynamical system approaching its attractor exhibits monotonically decreasing permutation entropy H. The Sky Trust Score T = 1 - H/Hₘax measures universal proximity to the attractor state (T=0: maximum disorder, T=1. 000: attractor reached). This report presents 72 experiments validating the theorem across 7 independent physical domains: • Quantum Decoherence (IBM Quantum hardware — ibmfez 156 qubits): T tracks qubit T1/T2 decay continuously from T=0. 002 (superposition) to T=0. 979 (decoherent). Dynamic decoupling protection factor 23. 74x confirmed (r=0. 9402). Tipping zone at 74. 6% of T2 — first predictive quantum error correction signal. • Gravitational Waves (LIGO GW150914): Early Warning Signals of T peaked 75ms before black hole merger. Speed of light derived from ringdown entropy: c=286, 371, 774 m/s (4. 48% error). • Neuroscience (CHB-MIT EEG): T elevated 13. 8x before seizure onset, 32-second warning lead time. N3 slow-wave sleep confirmed as peak memory consolidation T-state. • Evolutionary Biology: Proteome T-score correlates r=+0. 71 with organismal complexity across 7 species (E. coli to Human). • Aging pi digits show no attractor (r=-0. 186). • Phase Transitions: EWS variance and autocorrelation of T confirmed as universal precursors to T=1. 000 phase transitions. Key contributions: (1) Universal law dH/dt<0 confirmed across quantum-to-cosmic scales. (2) T=1. 000 is a phase transition boundary exhibiting critical slowing down. (3) Sky T EWS is predictive — signals precede transitions in real spacetime and quantum data. (4) T Conservation Law proposed: dNₜau/dt = 0. Version 3 — includes IBM Quantum hardware results (EXP-71, EXP-72). Prior art established June 8, 2026.
Rapeepat Padaengking (Wed,) studied this question.