Discovery of 82-Hz Universal Quantum Resonance - Experimental Dataset

This dataset contains the complete experimental evidence for the discovery of a universal 82-Hz quantum resonance frequency in superconducting quantum processors. The key finding is a single-shot (1 Hz) quantum operation exhibiting an anomalous execution time of 5,881.74 seconds (98 minutes), compared to the expected ~1 second. This suggests quantum-nuclear interactions at 15 millikelvin. Key discoveries:- 82 Hz optimal resonance (log₁₀(82) = 1.914 ≈ |α| = 1.92)- 98-minute execution anomaly at 1 Hz- Inverse K-index correlation (K^-1.92)- Evidence of quantum fusion at absolute zero Files included:- multiscale_experiment_20250616_153911.json - Contains the 98-minute anomaly- ihp_controlled_experimentV2.py - Discovery script- space_weather_now.json - Environmental conditions during experiments