Dark_Field_Compression_Paper

This study investigates the effects of dark field compression on proton interactions using a series of simulations designed to model proton resonance and energy dissipation during high-energy collisions. By adjusting parameters such as compression strength, perturbation scale, initial separation, and time windows, the simulations reveal important insights into how dark field dynamics could replace traditional gravitational models and account for quantum phenomena in proton collisions, such as those observed in particle colliders like the Large Hadron Collider (LHC).