Recursive Reparodynamics V: Metabolic Drift Stabilization via Recursive TGRM Repair

This paper extends the Reparodynamics framework to chronic metabolic drift simulations. Using recursive TGRM repair loops under baseline entropy 0.55 across 200 generations, the system achieved sustained metabolic equilibrium without collapse. Control populations decayed to zero integrity by generation 20, while recursive TGRM stabilized at ≈56, maintaining full repair efficiency (1.00) and cumulative rebound of 11.0 by generation 200. These results provide further evidence that recursive Reparodynamics supports long-term self-repair across biological analogs of metabolism, validating algorithmic stability under sustained entropy.