SRFM Quantum Phase18: Adaptive Persistence Topology and Recovery-Dominant Structural Geometry

SRFM Quantum Phase18 investigates adaptive persistence topology under repeated noisy quantum hardware execution. This phase extends the temporal persistence framework established in Phase17 and introduces a persistence geometry interpretation of long-horizon structural survival. The central transition of Phase18 is: Persistence exists→How persistence survives Rather than treating stability as static numerical invariance, Phase18 investigates whether persistence may emerge through adaptive restoration dynamics. The framework introduces several new SRFM persistence concepts: persistence topology persistence basins structural elasticity temporal attractors persistence corridors recovery-dominant persistence phases integrated persistence geometry Major observations include: adaptive redistribution structures frequently exhibited lower temporal drift than rigid anchor structures oscillatory directional reversal behavior repeatedly emerged in adaptive persistence structures several adaptive structures were classified as: adaptive_convergent_topology active_recovery_corridor restoration_dominant_phase The results suggest that persistence may emerge through adaptive restoration rather than static fixation. This repository contains: processed persistence datasets persistence geometry summaries publication figures integrated persistence rankings Phase18 summary paper public figure-generation scripts