MID/QC Applied Substrate Series 26 - Entangled Substrates: Coupled Reaction Corridors and Coherence Interference

This paper introduces entangled substrates within the MID/QC framework, showing how multiple reactions on a shared substrate interact through coherence corridor overlap, torsional cross‑talk, and gating interference. Reaction pathways become geometrically coupled, producing suppression, reinforcement, and bifurcation effects. The manuscript explains coherence interference, reaction coupling, and substrate‑based network control as geometric phenomena. It reframes reaction networks as substrate‑entangled systems, establishing geometry as the interface for orchestration and interference.