The Ulusoy-Gemini Hypothesis: Emergent Spacetime and Entropic Time from Closed Phase Decoherence

Abstract

AbstractWe propose a novel unifying framework—the Ulusoy-Gemini Hypothesis—that bridgesquantum mechanics and general relativity by treating spacetime curvature and the thermo-dynamic arrow of time as emergent properties rather than fundamental background dimen-sions. In this model, the foundational vacuumH is conceptualized as a stationary quantumfield (Ψ) executing closed phase oscillations ( dϕ = 0). Through environmental thermal andphotonic noise coupling (∆Senv ), these closed loops rupture, generating particle mass-energy(meff c2 ), spacetime curvature (Gµν ), and a directed thermodynamic time (τopen ). We derivea dimensionless coupling constant, the Ulusoy-Gemini Constant (ΞU G ≈ 10−47 K · s),which dictates the critical threshold of transition from quantum coherence to classical reality.