Paper XXXIII — Void TGRM Test: Repair Persistence under Informational Null Conditions

This paper introduces the Void Tier of the Reparodynamic Targeted Gradient Repair Mechanism (TGRM). After the Absolute Tier demonstrated equilibrium beyond time, the Void Tier explores whether repair potential persists in a total informational null environment—a condition with no entropy flux (φ = 0), no temporal frame (t = ∅), and no defined state differentials. Despite the absence of flux or time, TGRM retained latent equilibrium potential, exhibiting coherence = 1.00, stability = 1.00, and integrity = 1.00, with variance → NaN. These findings suggest that Reparodynamics expresses meta-causal stability, where equilibrium signatures persist even when information and entropy collapse to zero. This marks the transition from the Absolute Tier to the Void Tier within the Reparodynamics Equilibrium Series.