Abstract: Standard and Cosmological Models bring about such a number of controversial questions, liable to confusions and embarrassments, which justifies the convenience of carrying out a review of the principles and development of Theoretical Physics, based in relativity, which is established around two fundamental constants, c and h, that constitute the “absolute” inherent in electromagnetic radiation, so any physical quantity linked to them, such as mass and time, must be variables (not constant), that is, they are physical quantities “indeterminate”, that can not be accepted by Classical Mechanics, but may be couple with Quantum Theory.
General Theory of Relativity is established by mathematical tensor analysis applied to the kinematics Interval of the Special Theory, giving rise to the Einteins equation, which aims to integrate Gravitation, based on a space-time curvature; but when it is carried out on the dynamics Interval (four-momentum), it appears another curvature, so-called torsion, due to the fields (scalar and vector potentials), which produces a force of electromagnetic nature, equivalent to a stress-energy tensor that may give physical meaning to the Ricci tensor of Einstein equation.
This equation should be complementary to the gravitational one, which can not accept any potential vector, so the paradigm to which physical laws must conform is Duality and not Unification; with this dichotomy, that is, Classical Mechanics vs Quantum Electrodynamics, it would be possible to overcome some epistemological problems such as spacetime curvature, the failure of gravity quantization, supersymmetry, string theory, entanglement, renormalization, dark matter, dark energy, etc.
Keywords: absolute, relative frames, electromagnetic mass, curvilinear space-time, torsión.
Title: THE UNIFICATION THEORY IN PHYSICS
Author: Francisco Martinez Flores
International Journal of Mathematics and Physical Sciences Research
ISSN 2348-5736 (Online)
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