Quantum Entanglement and Spacetime

This paper develops a geometric interpretation of quantum entanglement within the Quantum Bias of Spacetime (QBS) framework. In this approach, entanglement is interpreted as a remnant of primordial geometric coherence associated with the low‑entropy birth state of spacetime described by the ZEVOU cosmogenesis model. As spacetime domains separate and Domain Interaction (DI) junction structures accumulate, small geometric perturbations gradually degrade this coherence. The resulting formulation links entanglement decay to accumulated geometric interactions and provides a unified geometric perspective connecting cosmological initial conditions, spacetime structure formation, and quantum correlations. So this paper posits that entanglement is a natural consequence of the low‑entropy coherent birth state of spacetime and that its degradation is governed by junction‑driven geometric interactions.