UNIFICAÇÃO ELETROGRAVITACIONAL BASEADA EM PARTÍCULAS FUNDAMENTAIS E CAMPO UNIFICADOR

ABSTRACT This paper proposes a unified reformulation of the fundamental equations of physics, integrating gravitation, electromagnetism and quantum mechanics through a discrete energy field composed of elementary particles (h±, m±, l±). From this theoretical framework, new technologies can be developed, capable of levitating masses, using accessible materials and energy, exploiting density gradients of particles m±, h± and l±, according to the reformulated equations derived from the axioms listed in Appendix A. The modified Maxwell, gravitation and Schrödinger equations are derived from variational principles, and their experimental feasibility is demonstrated through computer simulations and calculations of stress, density and energy consumption. The equations and concepts are unique to this reformulation, and the results are partially validated by computer simulations. Classification IPC: - F03H — Propulsion systems not otherwise provided for. - H02K 53/00 — Motors using electromagnetic inertia manipulation. Keywords: Electrogravitation, Unified Field, Fundamen’tal Particles, Levitation, Inertial Propulsion.