Phase Wave Propagation Speeds

Phase Wave Propagation Speeds are the effective velocities a vehicle reaches by riding the substrate's phase waves, which the book says exceed 𝒞→ while maintaining causal compliance; the vehicle itself never moves faster than 𝒞→ through its local space, and no message outruns light. They result from applying Trajectory Optimization on top of the Synchronization Condition: once a vehicle's phase is locked to the substrate, integrating the substrate's phase velocity along the path lets it achieve apparent velocities beyond 𝒞→ without violating causality. The book's point is that navigation lies in harmonizing with the substrate's recursive oscillations rather than in classical acceleration. The Relativistic Constraints that follow, including Substrate Phase Dynamics, are meant to keep these phase-based dynamics consistent with causality and with established constants. It connects to Trajectory Optimization, Synchronization Condition, Substrate Phase Dynamics, Phase Projection Navigation and Phase Information.