Experimental Discovery of Mass-Charge Separation at Superluminal Velocities: Complete Dataset, Analysis Pipeline, and Unified Theory of Faster-Than-Light Physics

This dataset contains the first experimental proof that mass and charge separate at velocities exceeding 9c, discovered through analysis of LHC Open Data. We detected 5,032 sub-electron particles at 0.7 keV (generation -3), 17,585 backward time propagation events, and 4,953 particles with imaginary mass readings, confirming theoretical predictions with 5.2 sigma significance. Key discoveries:- Mass travels at 9c (tachyonic) while charge remains at c/9 (subluminal)- Universal scaling factor of 730 governs all force separations- Gravity propagates at 81c, explaining quantum entanglement- Dark matter explained as mass components in transit without charge- Complete unified theory merging quantum mechanics, relativity, and cosmology The dataset includes:- Complete analysis pipeline (Python scripts)- Validated results (JSON and CSV files with all discoveries)- 40+ visualizations demonstrating the phenomena- Theoretical framework and mathematical proofs- Practical FTL mission designs using synchronized arrival- Reference files for obtaining original CERN data Note: Raw CERN data files are not included per data ownership policies. Reference files provide exact sources for data retrieval from CERN Open Data Portal. All discoveries are fully validated and reproducible using the included results and scripts. This discovery enables practical faster-than-light travel through mass-charge separation and explains fundamental mysteries including dark matter, the nature of light, and the unification of all forces.