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Authors: Manor Ohad;
Abstract

This paper present three theorems on a Lorentz manifold which yield an on point prediction of the fine structure constant, and as the result the awaited equation of coupling magnitudes. this paper than allow us to unify QM with GR. The equation also predicting the magnitude of any additional element in the series, the next element should stand at ratio of 1/850 compared to the strong interaction. Updated to 7.9.21

Keywords

Quantum Gravity, Electric engineering, algebraic number theory, Quantum loop gravity, experimental physics, gauge bosons, Quantum physics, Quarks, computer science, horizons, Theoretical high energy physics, Topology, quantum computing, Entanglement, Quantum entanglement, multiverse, number theory, High energy Particle physics, CERN, general relativity, mathematical logic, quantum optics, differential topology, dark energy, theoretical physics, Path integrations, QED, Black holes, quantum mechanics, Particle physics, Hilbert space, primorial, SUSY, astronomy, GR, grand unified theory, Weak interaction, theory of everything, analytical number theory, Ligo, self duality, NASA, abstract algebra, Multiverse, Quantum information, graph theory, JHEP, statistical physics, vertex algebras, Higgs particle, 8 Theory, PDE, Quantum mechanics, P=NP, superfluid's, High-energy physics, QFT, fine structure constant, muon, inflation, particle physics, SSB, compact black holes, 8T, Newton laws, calculus of variations, modular forms, axis of evil, quantum theory, Manor, Vertax algebras, Grand Unification, grand unification, divergent series, theoretical high energy physics, nother, Manor O, theory of general relativity, cosmology, quanum information, Higgs, proof Riemann hypothesis, flatness, smooth manifolds, Feynman, Special relativity, 8 theory, quantum cosmology, theoretical Particle physics, PNP, gravitino, Manor Ohad, high energy physics, hep, Super symmetry, quantum chemistry, mathematical physics, self dual operators, unified theory, bosons, theoretical computer science, Ricci flow, sum over histories, Dualities, computational physics, partial differential equations, String theory, GUT, quantum loop gravity, Quantum Physics, monopoles, coupling series, mathematics, CMS, strong interaction, TOE, Riemann conjecture, prime numbers, Einstein theory, coupling constants, ATLAS, Quantum cosmology, M theory, Cosmology, coupling constants series, Quantum field theory, Quantum machines, category theory, condensed matter physics, General relativity, wave physics, Quantum Computing, LHC, algebric geometry, Riemann hypothesis, Lagrangians, algebraic number theory, topology, High-energy theoretical physics, Higgs boson, Riemann hypothesis proof, FOS: Physical sciences, infinite series, CFT, superconductors, hawking radiation, Theoretical Particle physics, algorithms, dark matter, Quantum technology, theoretical particle physics, weak interaction, Number theory, nuclear physics, springer, string theory, The theory of Everything, Quantum gravitation, Fermions, algebraic geometry, path integrations, Quantum optics, quantum groups, quantum computation, Quantum gravity, differential equations, elementary particle physics, Quantum computing, black holes, QCD, Primes, fifth force, gravity, zeta function, goldstone bosons, laser physics, gravitation, missing mass, Einstein, Quantum Information, vector bosons, Quantum Entanglement, supersymmetry

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popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
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