SRFM Quantum Protocol Phase 2: Structural Stabilization, Ratio Landscape and Ablation Study Dataset

This repository contains the Phase-2 experimental dataset of the SRFM (Self-Regulating Field Model) quantum stabilization protocol. Phase-2 investigates how SRFM stabilization depends on circuit structure and parameter balance. The experiments include RX/RY ratio sweeps, refinement analysis around the critical region, structural ablation tests, and sampling validation using different shot counts. Key investigations include: • RX/RY ratio landscape exploration • refinement study around the stabilization center • structural ablation analysis (edge removal) • baseline vs ablation comparison • sampling validation (4096 vs 8192 shots) The results indicate that SRFM stabilization behavior is structure-dependent rather than purely statistical, with a response center near balanced excitation and stability shoulders appearing at nearby ratios. This dataset contains: • raw simulation outputs • processed metric tables • analysis summaries • publication figures • reproduction scripts All experiments were performed using the Qiskit Aer simulator. Hardware validation is planned for future work. SRFM is proposed as a general stabilization protocol applicable to quantum circuits, control systems, AI dynamics, and complex noisy systems. This repository presents the quantum validation study. This dataset is intended for reproducibility and research dissemination purposes.