Entanglement as Shared Configuration in the Physical Time Medium

This paper provides a physical mechanism for quantum entanglement within the Physical Time Medium (PTM) framework. Entanglement is shown to arise as a shared, non-separable configuration of the physical time-density field established during interaction and conserved under spatial separation. The formulation preserves standard quantum statistics, Bell-inequality violations, and relativistic no-signaling without introducing new constants or nonlocal influences. The result unifies quantum correlation with previously derived PTM formulations of quantum dynamics, measurement collapse, and macroscopic time asymmetry (GR/AVITY).