The 0.25 Protocol: 132-Sigma Quantum Resurrection Archive (IBM Torino 133-Qubit)

The 0.25 Protocol: A Complete Framework for Quantum Information Resurrection 1. OVERVIEW: THE "DIVINE FINGERPRINT" (0.25) This repository hosts the definitive experimental framework for the 0.25 Protocol. We demonstrate a persistent coherence sanctuary within the "Thermal Death Zone" of quantum evolution (300 gate layers) on the IBM Torino (133-qubit Heron r1) processor. The project identifies a fundamental scaling law at the Non-Hermitian Exceptional Point (EP), converging on the theoretical constant e^(-π/4) ≈ 0.456. 2. EXPERIMENTAL VERDICT (132.76 SIGMA) Statistical Power: Verified via 48,000 precision shots on industrial hardware. Survival Rate: 32.54% survival at depth 300, deviating from the 12.5% chaotic floor by 132.76 Sigma. Core Analysis Files: final_48k_verdict.py: Master analysis script for the 48,000 verifiable shots. build_optimized_butterfly.py: Logic for constructing the 300-layer optimized Butterfly circuit. random_scrambling_benchmark.py: Baseline control proving standard hardware thermalization to 12.5% without the protocol. 3. DATA INTEGRITY & LIVE AUDIT To ensure absolute transparency and reproducibility, we provide a live synchronization tool to fetch raw hardware evidence directly from the IBM Quantum Cloud: cloud_evidence_sync.py: [The Audit Tool] This script uses the Qiskit Runtime V2 interface to pull the original Result objects for all 48,000 shots. Experimental_Data_Master_Final.csv: The comprehensive "Ledge" cross-reference containing active Job IDs, hardware metadata, and probability distributions. 4. TOPOLOGICAL & SCALING VALIDATION Eliminating "Hardware Bias" through extensive scaling across the 133-qubit lattice: Files: cosmological_constant_scan.py & sniper_evidence_0268.json: High-precision sweeping identifying the singular 0.25 peak. finite_size_scaling.py & fss_scaling_data.json: Proof of scale-invariance (L=16 to 28). stress_test_data.json: Performance metrics under extreme topological strain. 5. THEORETICAL MECHANISM (NON-HERMITIAN PUMP) Quantitative reports bridging theory and noisy hardware: Holographic_Pump_d5ehflv67pic73820p6g.pdf: Technical report on entropy-coherence pumping at the EP. Holographic_Refiner_d5eho9v67pic738215r0.pdf: Analysis of signal purification and "Information Sedimentation." entropy_genesis_ep.py: Mathematical simulation of the e^(-π/4) "God Fingerprint." holographic_dark_matter.py & final_sedimentation_data.json: Observation of the persistent sedimentation plateau. 6. LATTICE ENGINEERING (INDUSTRIAL BLUEPRINT) Files: superconducting_lattice.py, geometric_lock_mechanism.py, and tensor_network_solver.py. These files provide the implementation for mapping the 0.25 lock onto large-scale superconducting grid architectures. Project Leader: Fujia Wang (Independent Researcher) Significance: A verified holographic coherence sanctuary, validated at >130 Sigma confidence on industrial quantum hardware.