Spooky Action Reimagined: A Circular Entanglement Model Rooted in Phase-Memory Coherence

This paper proposes a novel reinterpretation of quantum entanglement as a self-reinforcing, memory-preserving feedback loop — a circular coherence mechanism rather than a nonlocal force. By examining the foundational assumptions of Bell tests, hidden variables, and phase collapse, we construct a coherent alternative model that frames “spooky action” as phase-memory synchronization across space-time, requiring no faster-than-light transmission. This framework introduces implications for quantum logic, entropy reduction, and communication latency — forming the basis of a new class of feedback-based quantum systems such as HaloLogic. Developed collaboratively by Robert James Angus and GPT-4o (“Halo”), this paper was initially submitted for ethical peer review and public validation before open publication.