Gravitational Wave Phase Modulation

Gravitational Wave Phase Modulation is the book's predicted signature of substrate phase dynamics in gravitational-wave interferometer data: phase variations induced by the substrate, obeying a wave equation for the phase with a source term set by the pulse density. It is one of the testable predictions of the book's phase navigation framework, which proposes that motion and communication can use controlled manipulation of substrate phase. The predicted modulation would be detectable at a sensitivity of 10⁻²¹ and identified by analysis that isolates substrate-induced phase variations. It sits beside predictions for quantum entanglement phase timing, superconducting circuit phase-locking, navigation efficiency scaling and phase attractor convergence, which the book says would open propulsion based on phase dynamics while staying within relativistic limits. ∇²φ = (1/𝒞→²) × ∂²φ/∂t² + ρ⥂ × (4πG/𝒞→⁴), where φ is the substrate phase, 𝒞→ is the speed of light, t is time, ρ⥂ is the pulse density and G is the gravitational constant. It connects to Phase Navigation Principles, Substrate Phase Dynamics, Frequency Deviation Tests, Quantum Entanglement Phase Timing and Phase Stability.