GW-Class Power Generation Mechanism using Particle Accelerators based on Non-Equilibrium Unified Theory

This paper proposes a novel power generation mechanism that directly converts the kinetic energy of a charged particle beam into electrical energy using induced electromotive force, based on the framework of non-equilibrium unified theory. We apply the principle that the magnetic field is proportional to the flow of mass density, and estimate the power generation using the technical parameters of the Large Hadron Collider (LHC). Our results show that a structure in which power generation sections and control sections are arranged alternately in a straight segment theoretically enables a power output in the gigawatt (GW) class. This system is easy to shut down under physical constraints and holds the potential to be a highly safe and practical energy source to replace nuclear fusion power.