Phase-Locked Space-Time Resonance (PLSR)

Wepropose the Phase-Locked Space-Time Resonance (PLSR) mechanism as a theoretical route to spatial translation without conventional acceleration and without locally violating the speed of light. The central hypothesis is that discrete spacetime domains (“patches”) can be coherently coupled by phase-controlled interactions between their quantized vacuum modes. Using an adiabatic, STIRAP-like pulse sequence, a macroscopic coherent system may be transferred from Patch A to Patch B while bypassing the intervening region both temporally and energetically. We outline the minimal Hamiltonian model, provide conceptual simulations, analyze decoherence through a Lindblad master equation, and propose a theoretical roadmap for future validation.