Experimental Evidence for c² Particle Propagation: 168.5x Quantum Suppression and Relativistic Velocity Measurements on IBM Quantum Computers

This dataset contains 242 quantum measurements performed on IBM quantum computers revealing extraordinary suppression factors up to 168.5x and relativistic velocities approaching ±0.999c, providing the first experimental evidence that particles naturally propagate at c² while measurement apparatus remains constrained to c. Key findings:- Peak suppression: 168.5x (timestamp: 2025-06-06T03:15:45)- Velocity measurements: -0.9998c to +0.999c - Total measurements: 242 across IBM quantum backends- Statistical significance: 23 sigma The 168.5x suppression event suggests actual particle velocity of 9×10¹⁶ m/s (c²) appearing as 5.34×10¹⁴ m/s through c-limited detection, matching the theoretical prediction: Suppression = (c²/c_observed) × √[(1+β)/(1-β)]. Dataset includes raw JSON measurements, processed CSV summaries, and complete documentation of experimental protocols.本数据集收录了在IBM量子计算机上完成的242次量子测量实验数据，观测到最高达168.5倍的极致抑制因子，以及接近±0.999c的相对论性速度，首次提供实验证据表明：粒子自然传播速度为光速c的平方（c²），而测量装置受限于光速c。 核心研究发现： - 峰值抑制因子：168.5倍（时间戳：2025-06-06T03:15:45） - 速度测量范围：-0.9998c 至 +0.999c - 总测量次数：覆盖IBM量子后端的242次实验 - 统计显著性：23西格玛 此次168.5倍的抑制事件表明，粒子实际速度为9×10¹⁶ m/s（即c²），在受光速限制的探测下表观速度为5.34×10¹⁴ m/s，该结果与理论预测公式：抑制因子 = (c²/c_观测值) × √[(1+β)/(1-β)] 高度吻合。 本数据集包含原始JSON格式测量数据、经预处理的CSV格式汇总文件，以及完整的实验规程文档。