Electromagnetic Mechanics of Elementary Particles

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The book introduces a novel spacetime geometry that illustrates how electric and magnetic energies interact within moving elementary particles, aligning with Maxwell's equations. It emphasizes the continuous induction of adiabatic kinetic energy in particles bound within atomic structures, influenced by gravitational gradients. This framework not only redefines our understanding of gravitation but also connects electromagnetic equilibrium states to Quantum Mechanics' orbital resonance. By establishing a unified theory, it reconciles electromagnetism, Quantum Mechanics, Relativistic Mechanics, and gravitation across various scales.