MID/QC Applied Substrate Series 20 - Substrate Dynamics: Coherence Well Evolution, Torsion Channel Drift, and Gradient Driven Mode Transitions

This paper develops the substrate‑native dynamical framework underlying MID/QC. Classical dynamics describe fields evolving on fixed manifolds under external forces. MID/QC reframes dynamics as coherence‑field evolution, where coherence wells, torsion channels, tension gradients, and resonance structures evolve according to substrate‑native rules. The paper introduces the equations governing coherence well evolution, torsion channel drift, gradient‑driven mode transitions, and resonance‑coupled reconfiguration. These structures form the dynamical backbone of MID/QC, enabling predictive modeling of substrate behavior across scales. The work establishes coherence‑defined motion, stability, and transition conditions.