SRFM Quantum Phase17: Temporal Structural Persistence Under Repeated Quantum Hardware Execution

SRFM Quantum Phase17 investigates temporal structural persistence under repeated IBM Quantum hardware execution. The experiment evaluates whether metastable diagnostic structures remain temporally persistent across multiple calendar days under fixed execution conditions. Repeated executions were performed using: the same IBM Quantum backend (ibm_fez) identical circuit structures identical shot counts (4096) approximately identical local execution times (20:00 JST) across seven consecutive days. The study focuses on: entropy basis-gap persistence metastable structural polarity temporal drift calibration variation repeated noisy hardware execution Results indicate that entropy magnitudes fluctuate across repeated executions, while higher-order structural polarity remains preserved across all observed temporal runs. This release contains: research summary PDF/Markdown publication figures processed temporal persistence datasets calibration snapshot summaries Raw hardware count distributions and analyzer-oriented auxiliary features are intentionally excluded from the public release.