MID/QC Applied Substrate Series 21 - Generative Rule Theory: Substrate Level Constraints, Mode Formation, and Coherence Field Emergence

This paper develops the generative rule framework underlying MID/QC substrate behavior. Classical physics assumes that fields, particles, and interactions arise from fundamental laws expressed through differential equations and symmetries. MID/QC reframes physical reality as the emergent expression of generative rules acting on coherence‑field structure. The paper introduces substrate‑level generative constraints, coherence‑mode formation rules, tension‑geometry emergence, torsion‑channel self‑organization, and resonance‑driven structure formation. These rules define the substrate’s allowable configurations and govern the emergence of coherence architecture across scales.