SRFM Quantum Protocol Phase 4: Topology-dependent structural response

SRFM Quantum Protocol – Phase 4 This repository contains the Phase 4 experimental results of the SRFM (Self-Regulating Field Model) Quantum Protocol research program. SRFM proposes that stability in complex systems may emerge from the balance between ordering forces and structural robustness rather than from explicit correction or feedback mechanisms. Phase 4 investigates whether SRFM behavior generalizes across different connectivity topologies and whether topology influences structural stability behavior. The experiments extend previous parameter studies by introducing multi-topology analysis including ring6, chain6, and random6 circuit structures. Single-edge ablation experiments are used to evaluate structural robustness and adaptive responses. Key findings include: • SRFM behavior generalizes across circuit topologies • Topology affects formation strength • Chain topologies show adaptive improvement after edge removal • Evidence of constraint release behavior • Evidence of topology-dependent stability regimes These results suggest SRFM may function as a topology-aware structural stability framework rather than a purely parameter-based stabilization model. Repository contents include: • Circuit definitions • Raw simulation results • Processed analysis tables • Reproducibility scripts • Publication figures • Research summary paper All experiments were performed using Qiskit Aer noisy simulators with fixed seeds and 4096 shots for reproducibility. This work is part of an ongoing SRFM research program investigating stability formation across quantum systems, AI systems, and complex dynamical systems. License: MIT Author:Yoichi TsujisawaIndependent Researcher