MID/QC Applied Substrate Series 43 - Substrate Reversal VI: Logic Descent Geometry, Reconstitution Anchoring, and Collapse Native Recovery Fields

This paper develops the sixth phase of the Substrate Reversal sequence within the MID/QC Applied Substrate Series. Substrate Reversal VI formalizes the geometry of logic descent, the anchoring structures that stabilize reconstitution processes, and the recovery fields that emerge through collapse‑native coherence restoration. The work introduces logic‑descent geometry as a structured contraction of coherence‑aligned logic under controlled collapse, enabling the pruning of unstable pathways and the preservation of viable logical trajectories. It defines reconstitution‑anchoring geometry as the stabilizing scaffold that supports coherence recovery, and it characterizes collapse‑native recovery fields as the substrate‑level structures that rebuild feasibility and restore system integrity. This phase extends the feasibility‑recovery and reconstitution‑field mechanisms introduced in Substrate Reversal V, completing the descent‑and‑anchoring layer of the reversal architecture and preparing the substrate for the final recovery‑topology integration in Phase VII.