A Unified Coherence–Segmentation Framework for Spacetime Dynamics

This work develops a unified theoretical framework connecting the Static Vibrational Reality (SVR) coherence-field model with the Segmented Spacetime (SSZ) metric. Following Einstein’s principle that geometry should arise from physical conditions, the paper introduces a coherence-driven metric in which the SSZ segmentation structure emerges dynamically from the SVR field Xi(x,t). The article presents: • a refined spacetime metric where the temporal component scales as 1/Xi² and spatial components scale with the universal SVR exponent (approximately 1.9),• a dynamical evolution law for segmentation based on coherence collapse,• the introduction of “T-real time” as the internal operational time experienced during recoupling events,• a stability condition (A(t) > 0) that determines when geometric domains can exist. The resulting framework links the SVR coherence field with the SSZ segmentation geometry, providing a consistent physical origin for recoupling phenomena and a unified geometric–dynamic description of spacetime structure.