SRFM Quantum Phase14: Adaptive Basin Geometry and Persistent Structural Memory

SRFM Quantum Phase14 introduces a basin-coordinate interpretation of persistent topology-only structural memory in adaptive coupling-topology systems.

This phase extends previous SRFM Quantum work on:

• coherent transport dynamics
• adaptive transport topology formation
• topology-memory separation
• persistent topology-only memory

Phase14 focuses on:

• adaptive basin geometry
• metastable topology-memory basins
• perturbation-driven erosion
• probabilistic memory-state redistribution
• broad transition-boundary regions
• gradual degradation instead of abrupt collapse

Main findings include:

• structured basin-coordinate memory landscapes
• high basin entropy near perturbation boundaries
• strong topology-only memory regions
• broad metastable transition layers
• absence of sharp collapse-boundary regimes
• gradual erosion rather than binary collapse

The results suggest that persistent topology-only memory behaves as a basin-supported metastable structural phenomenon rather than a sharply protected state.

Contents:

• reproducible analysis scripts
• processed CSV outputs
• publication figures
• interim summary paper (Markdown + PDF)
• full Phase14 analysis pipeline

Zenodo:
https://zenodo.org/records/20081442