Quantum Resonance in Spacetime How Gravitational Waves Modulate Quantum Coherence

This paper explores how gravitational waves influence quantum coherence, proposing that instead of merely causing decoherence, they may also restore entanglement. It introduces the Quantum Sensor Network (QSN) for detecting non-local perturbations and links this concept to the Cosmic Broth Theory (CBT), which describes spacetime as an emergent quantum substrate. The study suggests that time oscillates due to variations in the Cosmic Broth’s density, leading to measurable effects on pulsar timing, quantum entanglement, and gravitational interferometers. Proposed experiments using LISA, SKA, and atomic clocks aim to verify these predictions. If confirmed, the findings could redefine gravity as an emergent effect and provide a novel link between quantum mechanics and general relativity, with implications for quantum networking and space-based metrology.