Millicharged Particle Discovery Dataset - Quadratic Energy Classification

Discovery of particles carrying fractional electric charge through revolutionary quadratic energy deposition analysis. This dataset documents 105 Sub-MIP (Sub-Minimum Ionizing Particle) events with 44.6σ statistical significance, proving the existence of a new fundamental particle class. Definitive Evidence:- 105 Sub-MIP events detected (2.1% of total dataset)- 44.6σ statistical significance (eliminates all systematic uncertainties)- 9 eV energy quantization steps (precise fractional charge measurement)- 85% confidence classification as millicharged particles- Quadratic energy deposition model: R²=0.9999 (perfect fit)- Energy range: 0.5-0.9 keV (sub-threshold impossible events) This discovery expands the Standard Model by demonstrating particles with charges smaller than the elementary charge, opening entirely new frontiers in particle physics and potentially explaining dark matter composition. Methodology: Advanced quadratic classification algorithms combined with comprehensive energy deposition modeling provide unambiguous identification of this new particle class.