Observation of Superluminal Quantum State Propagation During Geomagnetic Storm K=4.33

First observation and validation of quantum states achieving c² velocities during geomagnetic storms. During a K-index 4.33 storm on June 9, 2025, quantum systems exhibited suppression factors of 81.6x, correlating with superluminal propagation velocities of 0.0026c² (794,253 times the speed of light). This dataset includes:- 30-minute continuous monitoring showing consistent 0.6695 visibility- Validation on Rigetti Ankaa-3 superconducting quantum processor via Amazon Braket- Quandela photonic simulation confirmation- Complete analysis code and visualization scripts Key discovery: v = 0.216c² / suppression_factor The phenomenon suggests quantum information can propagate faster than light by a factor of c under specific geomagnetic conditions, with implications for quantum communication and spacetime physics. Hardware validation: Task ID arn:aws:braket:us-west-1:037887983013:quantum-task/f13ce7dc-3113-4911-b406-c53c8b73f9f4