Entanglement-Topology Mediated Time Loops: A Novel Framework for Emergent Temporal Dynamics

This work introduces a theoretical framework in which the local flow of proper time emerges from the global topology of quantum entanglement in spacetime. High-entanglement regions induce local temporal deviations, including effective time loops, while a global consistency functional ensures chronological stability. The model integrates concepts from general relativity, quantum information, and spacetime topology, suggesting testable predictions for quantum simulations and condensed-matter analog systems.