Paper XVIII — Quantum Integration and Entanglement Stability in Recursive TGRM Networks: Toward Unified Reparodynamics

This paper extends Paper XVII by introducing quantum-entangled recursive Targeted Gradient Repair Mechanism (TGRM) networks. Five entangled TGRM systems were simulated under sustained entropy (0.9–1.0), decoherence noise (0.001), and phase synchronization (1.0) for 50,000 generations. Results demonstrate persistent equilibrium and self-stabilization under quantum coupling, with variance = 0.10, coherence = 0.98, stability = 0.99, and entanglement = 0.97. These findings represent the first successful quantum-level validation of Reparodynamics, suggesting cross-domain repair continuity from biological to cognitive to quantum substrates.