Anomalous tau-Phase Correlated Quantum Coherence in Superconducting Qubits: Evidence for Non-Markovian Memory at tau_0 = 46 microseconds

Complete Evidence Package for tau-Phase Anomaly Discovery This package contains comprehensive evidence of a statistically significant anomaly in IBM Quantum hardware data: Bell state fidelity varies periodically with job execution time modulo tau_0 = 46 microseconds. Key Findings 1.77x fidelity ratio (tau-aligned vs anti-aligned) ANOVA p-value: 1.28 x 10^-14 Cohens d = 0.63 to 1.65 (medium-large to very large effects) Bayes Factor = 28.1 (strong evidence) 580 IBM Quantum jobs analyzed Golden ratio derivation: tau_0 = phi^8 x 1 microsecond (2.1% error) Package Contents Complete statistical analysis (deep_pattern_search_results.json) 50 raw IBM Quantum job result files 6 Python analysis scripts 13 figures (PDF and PNG) Theoretical framework (6dCRSM) Replication protocol for independent verification Falsifiable Predictions F(46 microseconds) greater than F(23 microseconds) in time-resolved experiments theta_lock = 51.843 degrees minimizes decoherence Effect should replicate on IonQ, Rigetti, Google hardware