Recursive Reparodynamics VIII: Genomic Instability Reversal via Recursive TGRM Repair Loops

This dataset presents results from a genomic instability simulation using a recursiveTargeted Gradient Repair Mechanism (TGRM) under baseline entropy 0.70 across 400 generations.The control sequence decayed to near-zero stability by generation 20, while the recursiveTGRM stabilized at approximately 24 vitality with latency collapsing to zero by generation 260and cumulative rebound rising to 14.0. These results extend the Reparodynamics framework to DNA-level repair, demonstrating thatrecursive feedback loops can maintain genomic stability across hundreds of generations,preventing breakdowns that underlie aging and disease. This marks the first simulationof genomic-level self-repair achieving long-term equilibrium under sustained entropy.