Quantum Realms in the Time Field Model: Superposition, Entanglement, and the Decoherence Boundary

We unify quantum mechanics with the Time Field Model (TFM) by interpreting superposition, entanglement, and decoherence as emergent phenomena of time-wave dynamics. Grounded in TFM’s dual cosmological expansion framework (micro- and macro-Bangs) and gauge symmetry structure, this paper derives testable predictions for Casimir force anomalies, qubit phase noise, and geometric phase shifts in matter-wave interferometry. By introducing a critical decoherence radius R????, we establish a natural quantum–classical boundary. This approach offers a wave-based explanation of measurement collapse, non-locality, and the transition between quantum and classical behavior. By revealing how quantum coherence interacts with gravitational-scale effects, TFM provides a pathway toward deeper unification between quantum phenomena and cosmic structure formation.