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Grand Gravity and X-Theory. On the Unification of Relativity and Quantum Mechanics
Manuel A. B. Bache
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DOI:https://doi.org/10.17265/2161-623X/2023.02.001
1“Francisco Maldonado” Public University College, U. of Sevilla. 41640, Osuna (Sevilla), Spain. 2University of Sevilla, 41013, Sevilla, Spain
Einstein’s Relativity placed speed of light as a constant and unreachable speed c and since its publication, no absolute reference can be found in space, appearing the concept of spacetime. However, Einstein blurred some questions about the postulates of Relativity. Then quantum mechanics appeared, and Einstein was reluctant to accept it. That may be due to that, even though Relativity postulates and axioms are well established, they could rely on empirical assumptions. Einstein tried and failed, to make some of them constant (he called one “his biggest blunder”). Based on that, Wigner’s, Böhr’s, Gödel’s, Bohm’s, Schrödinger’s, and EPR’s observations, we found that those empirical assumptions were founded in axioms that might be as correct as wrong. Whether correct or wrong, the aforementioned axioms are unparalleled to nature, and we found that for our theory to be proven and correct (as well as almost any other theory) a specific mathematical model ought to be devised to match it specifically, yet for any process in nature it depends on the very interaction of physical laws. So an outright computation would define “reality” yet not nature or the process of formation, and the mathematical model usually is only relevant to the specific and beforehand determined query, under the system of mathematics used, being not possible to prove when the answers are beyond the mathematical system itself, in accordance with Gödel’s and Wigner’s caveats. Following those forewarnings, we found that another possibility can be contemplated regarding the universe, and, in those terms, and following Mach’s principle which even Einstein took into account, quantum mechanics and Relativity unification could be possible. Since, physics in nature, and the physical properties of the physical world do apply and work regardless the existence of mathematics, and the definition of the physical world (and its measurement), we set a paradigm in which the aforementioned unification could be possible. To our surprise that paradigm and the model excogitated from the X-Theory, worked better and was more relevant than current accepted Big Bang models, to our universe and our physical world (even in quantum terms) allowing to explain the early universe, its expansion, the multiverse interpretation, and possibly, the quantization of gravity.
EPR paradox, universe, theoretical physics, Hilbert Space, X-Theory, Theory of Everything (ToE), cosmology
Manuel A. B. Bache. (2023). Grand Gravity and X-Theory. On the Unification of Relativity and Quantum Mechanics. US-China Education Review A, Mar.-Apr. 2023, Vol. 13, No. 2, 60-74. https://doi.org/10.17265/2161-623X/2023.02.001
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