Recursive Reparodynamics X: Epigenetic Drift Correction

This paper presents results from an epigenetic drift simulation using recursive Targeted Gradient Repair Mechanisms (TGRM) under baseline entropy 0.80 across 600 generations. The control condition decayed to near-zero stability by generation 60, while the TGRM condition stabilized at approximately 21.18 vitality with latency collapsing to near-zero and cumulative rebound fixed at 15.0. These findings demonstrate persistent repair memory across epigenetic layers, suggesting that recursive Reparodynamics may sustain stable gene expression fidelity over extended generations. This provides a theoretical foundation for algorithmic correction of aging-associated drift in biological and synthetic systems.