Correlating Cosmic Entropy and Global Consciousness: A Test of the Φ–Sₑₙₜ Coupling Hypothesis Principal Investigator: Judge Roy Logan, Unified Coherence Initiative Date: June 16, 2025

Executive Summary: Empirical evidence for consciousness-cosmos interaction using GWTC-3 and GCP data: This proposal outlines a formal experimental protocol to test a core prediction of the Unified Field Theory of Coherence – Super-Field (UFTC-SF) and the Thermodynamic Holographic Entanglement Theory (T-HET): namely, the existence of a coupling between cosmological entropic events and global shifts in collective human consciousness. The experiment will analyze statistically synchronized deviations in the Global Consciousness Project (GCP) random number generator network around the exact timing of gravitational wave events (from LIGO/Virgo). The objective is to empirically validate the predicted Φ–Sₑₙₜ entropic field interaction. Theoretical Background: The T-HET model describes spacetime as an emergent entropic manifold where gravitational events correspond to large-scale entropic phase transitions. Simultaneously, the UFTC-SF framework models consciousness as a coherence field sensitive to topological shifts in the universal information structure. Both theories converge on the prediction that large cosmological events, such as black hole mergers, should produce detectable, momentarily phase-locked perturbations in global consciousness. This coupling is formalized as an interaction between the scalar coherence potential field Φ and the entropy gradient field Sₑₙₜ, which governs decoherence and symbolic collapse in both physical and cognitive domains.