Spin Networks and Graviton Entanglement: A Consistent Microstate Module for Updated Collapse Dynamics

This preprint consolidates a spin-network and graviton-entanglement module aligned with the current baseline of the Unified Geometric Wave Theory (UGWT), with emphasis on a 5D, topology-aware separation structure on horizon cross-sections, a flux-form discretization consistent with the corrected five-dimensional radial divergence, and entanglement measures appropriate to gauge-invariant graph states. The core deliverable is a dimensionally consistent discrete operator and action principle that reproduces the UGWT collapse constraint structure while providing a controlled interface to graviton-mode entanglement, including local-link and nonlocal-intertwiner correlation channels.