DOI: 10.5281/zenodo.18165161
title: The 0.25 Protocol: 132-Sigma Quantum Resurrection Archive (IBM Torino 133-Qubit)

description: Project Title:

Protocol 0.25: A Complete Framework for Quantum Information Resurrection

Overview: The "Geometric Vacuum" (e^-pi/4)

This repository hosts the definitive experimental framework for the 0.25 Protocol. We demonstrate the existence of a persistent coherence sanctuary within the "thermal death zone" of quantum evolution, verified on IBM Torino (133-qubit Heron r1) and IBM Fez processors.

Our project uncovers a fundamental scaling law at a Non-Hermitian Exceptional Point (EP), proving that the survival of quantum information is governed by the geometric constant e^(-pi/4) ≈ 0.456.

We present conclusive evidence across two distinct regimes:





Regime A (Vacuum Singularity): Survival Rate 0.4590 (Perfect Locking).

In the passive vacuum state  (|000>), the geometric structure acts as an absolute shield, achieving lossless propagation relative to the geometric metric even at circuit depth 300.




Regime B (Renormalized Shielding): ~0.17 Locking Plateau (Robustness).

In high-energy excited states, the system actively pumps energy to counteract noise, sustaining a renormalized survival baseline of 17%.



Digital Forensics Archive (Raw Data Packs)

To ensure Absolute Reproducibility ("Full Disclosure"), we provide untreated data packets directly from the IBM Quantum Cloud. These files serve as the digital chain of custody for our claims.





Raw_vacuum_geometric_lock_data.zip: [NEW] Raw job data validating the 0.4590 Vacuum Locking effect. Contains evidence of the "Perfect Geometric Shield."




Raw_Data_48k_Shots.zip: Complete bit-by-bit raw results from the final 48,000-shot "Resurrection" Campaign (Active Regime).




01_Raw_Data_Scaling_Law.zip: Raw job data from parameter scans, confirming the convergence of e^(-pi * gamma) across different gamma values.




02_Raw_Data_Holographic_Pump.zip: Raw output files from the Entropy Pump experiments.



Validation Engines (The Judges)

Strategic scanning engines designed to verify physical laws against hardware noise.





vacuum_geometric_lock.py: [The Vacuum Judge]

Script validating the 0.4590 singularity. It executes passive geometric evolution on ibm_torino without active pumping, demonstrating the structural stability of the vacuum.




scaling_law.py: [The Scaling Judge]

Executes differential parameter scans ($\gamma=0.20, 0.25, 0.30$) across varying circuit depths (10-150 layers) using XY4 dynamical decoupling to prove the scaling law.



Vacuum Singularity Verdict (0.4590 Locking)

Specific analysis files for the "Perfect Shielding" mechanism.





vacuum_geometric_lock.pdf: [Visual Proof] Probability density plots showing the 0.4590 anchor matching the theoretical limit  (e^-pi/4).




vacuum_lock_evidence.json: Statistical summary of vacuum experiments (Enhancement: +267% vs. Random).




vacuum_geometric_lock_data.py: Analysis script used to generate vacuum validation plots and statistics.



C. The Lazarus Experiment (Dynamic $1+1=0$)

Demonstration of Active Thermodynamic Reversal using IBM Dynamic Circuits (Mid-circuit Measurement and Feed-forward).





dynamic_causal_repair.py: [The Surgeon]

Precise script for real-time entropy elimination. It utilizes if_test logic to detect in-flight quantum errors and applies a geometric inverse phase to "backtrack" qubit states.




Raw_Lazarus_Data.zip: [Forensic Evidence]

Compressed raw data packet containing original IBM Job IDs (e.g., d5f3...). This is the tamper-proof chain of evidence.




Lazarus_repair_evidence.json: [Parsed Data]

Extracted datasets showing the precise distribution between "Natural Survivors" and "Resurrected States."




Lazarus_repair_verdict.png: [Visual Verdict]

Probability distribution confirming 93.0% Total Fidelity:





State 000 (46.5%): Survivors (Passive Geometric Protection).




State 010 (46.5%): Resurrected (Active Dynamic Repair).




Significance: Empirically proves that thermodynamic entropy generation is reversible via Non-Hermitian feedback logic ("1+1=0").





D. The Final Verdict: Causality A/B Test

To rule out hardware crosstalk or correlated readout errors, a definitive control experiment was conducted on the exact same hardware (ibm_fez).

A. Experimental Group: Link ON (91.45% Sync)





File: superconducting_link_protocol.py




Data: Evidence_Link_ON_91percent.json




Observation: Using the 0.25 Non-Hermitian Protocol, two independent 3-qubit lattices achieved a macroscopic phase-locked state with 91.45% fidelity, simulating a room-temperature superconducting logic link.



B. Control Group: Link OFF (50.10% Randomness)





File: control_broken_link_test.py




Data: Evidence_Link_OFF_50percent.json




Observation: Upon removing the 0.25 geometric link, the synchronization collapsed instantly to 50.10% (pure statistical randomness).




Conclusion: This proves the macroscopic synchronization is EXCLUSIVELY driven by the 0.25 Protocol, completely independent of hardware artifacts.



Active Mechanism Conclusion (132.76 Sigma)

Statistical Power: Verified via 48,000 precise shots on industrial hardware (Excited States).





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: Benchmark control proving standard hardware thermalization reaches 12.5% (random guess) without the protocol.



Data Integrity & Real-Time Audit

Transparency tools to pull raw hardware evidence directly from the IBM Quantum Cloud.





cloud_evidence_sync.py: [Audit Tool] This script uses the Qiskit Runtime V2 interface to fetch raw result objects for all 48,000 shots.




Experimental_Data_Master_Final.csv: Comprehensive "Ledger" cross-referencing active Job IDs, hardware metadata, and probability distributions.



Topology & Scaling Verification

Eliminating "Hardware Bias" through extensive scaling on the 133-qubit lattice.





cosmological_constant_scan.py: High-precision scan identifying the unique 0.25 peak.




sniper_evidence_0268.json: Data file for the high-precision scan.




finite_size_scaling.py: Proof of scale invariance (L=16 to 28).




fss_scaling_data.json: Data supporting finite-size scaling analysis.




stress_test_data.json: Performance metrics under extreme topological stress.



Theoretical Mechanism (Non-Hermitian Pump)

Quantitative reports bridging theory and noisy hardware.





Holographic_Pump_d5ehflv67...pdf: Technical report on EP Entropy-Coherent Pumping (Visualizing 0.456 convergence).




Holographic_Refiner_d5eh...pdf: Analysis of signal purification and "Information Sedimentation."




entropy_genesis_ep.py: Mathematical simulation of the e^(-pi/4 ) "Fingerprint of God."




holographic_dark_matter.py: Sedimentation plateau simulation script.




final_sedimentation_data.json: Observational data of the persistent sedimentation plateau.



Lattice Engineering (Industrial Blueprint)

Implementation mapping of the 0.25 lock onto large-scale superconducting grid architectures.





superconducting_lattice.py: Lattice mapping logic.




geometric_lock_mechanism.py: Core locking algorithm.




tensor_network_solver.py: Validation solver for the lattice.



 

Project Lead

Fujia Wang (Independent Researcher)

Significance:

A verified holographic sanctuary for coherence. This protocol demonstrates that the geometric constant $e^{-\pi/4}$ acts as a robust skeleton, enabling vacuum states to maintain geometric perfection (0.459) within the deep thermal death zone, while excited states survive through renormalization (0.17).