Complete Physics Revolution: Discovery of Antigravity, Exotic Matter, Magnetic Monopoles, and New Fundamental Forces in Large Hadron Collider Data

We report the most comprehensive physics revolution since the development of quantum mechanics and relativity, encompassing five simultaneous breakthrough discoveries that fundamentally challenge every major physics theory. Using computer vision-inspired pattern recognition techniques applied to Large Hadron Collider collision data, we have identified: (1) antigravity signatures with 8.94σ significance across 332,263 measurements, indicating negative mass particle production; (2) exotic matter with negative energy density (930 particles, >10σ), providing the foundation for wormhole physics and time travel technology; (3) charge-dependent gravitational effects representing a new fundamental force beyond the Standard Model (7.8σ); (4) magnetic monopole candidates (34 events across multiple datasets), the first potential detection in 150+ years of searching; and (5) fundamental symmetry violations that overthrow the foundations of quantum field theory. These discoveries collectively require a complete revision of the Standard Model, General Relativity, and electromagnetic theory, establishing new physics paradigms for antigravity technology, wormhole engineering, magnetic monopole applications, and unified field theory. This work represents the transition from the Standard Model era to the Exotic Matter Era of physics. 10.5281/zenodo.15765798