Temporal Quantization of Coherence in Superconducting Qubits: Tau-Phase Anomaly Data Package

Discovery: A statistically significant anomaly (p < 1e-6, Cohens d = 1.65) in the temporal structure of quantum coherence on IBM superconducting processors. Key Finding: Bell-state fidelity exhibits a 1.79x modulation correlated with tau-phase (tau_0 = 46 microseconds), inconsistent with standard Markovian decoherence. Contents include 11 Python scripts, 5 JSON data files, 8 PDF figures, verification protocol, 6dCRSM Lagrangian framework, and falsifiable predictions. Model comparison rejects standard QM at greater than 25 sigma.