MID/QC Applied Substrate Series 14 - A MID/QC Analysis of Distributed Gravitational Coherence Across Planetary Bodies

Gravitational behavior is traditionally modeled as curvature of spacetime or as a force acting between masses. In the MID/QC framework, gravity emerges instead from distributed coherence structures within the quantized substrate. This paper develops the substrate‑native model in which planetary bodies generate, shape, and interact through coherence wells, tension gradients, and long‑range coherence channels. Gravitational coupling is reframed as the alignment and interaction of these distributed coherence fields, enabling a unified explanation for orbital stability, resonance locking, tidal behavior, and multi‑body coherence propagation. This work extends the tension‑geometry foundation of Series 10 and provides the planetary‑scale substrate architecture that closes the Applied Substrate Series.