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1. 8 Theory - The Theory of Everything

Author

Manor Ohad

Subjects
engineering, experimental physics, Quantum physics, Quarks, computer science, horizons, Quantum entanglement, Theoretical Physics, CERN, quantum electrodynamics, dark energy, differential topology, QED, quantum mechanics, Hilbert space, SUSY, Theory of everything, GR, grand unified theory, analytical number theory, self duality, Hodge conjecture, abstract algebra, Quantum information, Multiverse, graph theory, statistical physics, vertex algebras, P=NP, superfluid's, High-energy physics, QFT, fine structure constant, quantum chromodynamics, particle physics, 8T, axis of evil, Manor, theoretical high energy physics, nother, Euler LaGrange, Manor O, cosmology, Mathematics, quanum information, flatness, Feynman, 8 theory, fluid dynamics, PNP, gravitino, Manor Ohad, high energy physics, hep, yang mills conjecture, quantum chemistry, mathematical physics, self dual operators, sum over histories, partial differential equations, computational physics, GUT, pure mathematics, TOE, Riemann conjecture, prime numbers, Einstein theory, coupling constants, Quantum cosmology, ATLAS, electric engineering, M theory, Quantum field theory, condensed matter physics, General relativity, LHC, Riemann hypothesis, High-energy theoretical physics, topology, Riemann hypothesis proof, algorithms, CFT, superconductors, hawking radiation, dark matter, theoretical particle physics, Number theory, springer, string theory, Fermions, algebraic geometry, path integrations, Quantum optics, quantum groups, 8-theory, Quantum gravity, differential equations, elementary particle physics, Quantum computing, black holes, QCD, zeta function, gravity, goldstone bosons, laser physics, gravitation, Quantum theory, hydrodynamics, missing mass, Einstein, supersymmetry
Abstract

same as the paper in the open access - meant for a run test of the author., same as the paper - "8 theory - The Theory of Everything" for private use of the author.

Published
2021
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2. 8 Theory - The Theory of Everything - Volume I

Author

Manor Ohad

Subjects
Feynman, 8 theory, Quantum physics, Quarks, computer science, horizons, PNP, gravitino, Manor Ohad, hep, Quantum entanglement, quantum chemistry, mathematical physics, self dual operators, Theoretical Physics, CERN, sum over histories, partial differential equations, computational physics, GUT, dark energy, differential topology, QED, TOE, quantum mechanics, Riemann conjecture, prime numbers, Hilbert space, SUSY, Einstein theory, coupling constants, Quantum cosmology, ATLAS, M theory, Quantum field theory, condensed matter physics, grand unified theory, General relativity, analytical number theory, self duality, LHC, abstract algebra, Riemann hypothesis, topology, Quantum information, Multiverse, Riemann hypothesis proof, graph theory, statistical physics, vertex algebras, algorithms, CFT, superconductors, hawking radiation, dark matter, P=NP, theoretical particle physics, superfluid's, High-energy physics, QFT, Number theory, fine structure constant, springer, string theory, particle physics, Fermions, algebraic geometry, path integrations, 8T, Quantum optics, quantum groups, Quantum gravity, differential equations, axis of evil, elementary particle physics, Quantum computing, black holes, QCD, Manor, zeta function, gravity, goldstone bosons, laser physics, theoretical high energy physics, gravitation, Quantum theory, nother, missing mass, Einstein, Manor O, supersymmetry, cosmology, Mathematics, quanum information, flatness
Abstract

The following is a Thesis written solely by Manor Ohad - V8.1Inserts- 888-944:(Proofs (224-240)+ Propositions (178-203).TheFile aimsto makethe ambit of the new 8T accessible. 8TSynoptic in:Main Equation:(1),(1.1) for strong and(1.2) theCoupling Constants Series by the Primorial# derivedin early 2021.A GR Framework,modified to includeFermions, Bosons,Dark Energy + Flatness+ Dark Matter (2.1), Gravity(Coupling Predicted- Page 371), Higgs,Particle wave Duality, Three generations, Singularity, Spin and Beyond. Early Stage thesis ideas - pages 4 -200, Middle Stages 200-300,pages- and Last stages of the thesis 300 to 944.The thesis is written as a self reflection, all ideas including the ones the author considers incorrect (at retrospect) are presented as is, that is for allowing the reader to evaluate how the ideasvaried over time. The Thesis entail the exact chronic, each "Update"in earlier versions is taken to bean insert and appear at the last pages. The sole difference in the 148versions is thethesis length, the main equations are the same. Contact : Ohadma@Protonmail.com

Published
2021
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3. 8T - The Grand Theory of Everything

Author

Manor Ohad

Subjects
Feynman, 8 theory, Quantum physics, Quarks, computer science, horizons, PNP, gravitino, hep, Quantum entanglement, quantum chemistry, mathematical physics, Theoretical Physics, CERN, partial differential equations, computational physics, GUT, dark energy, differential topology, QED, TOE, quantum mechanics, prime numbers, Hilbert space, SUSY, Einstein theory, coupling constants, Quantum cosmology, ATLAS, M theory, Quantum field theory, condensed matter physics, grand unified theory, General relativity, self duality, LHC, abstract algebra, Riemann hypothesis, topology, Quantum information, Multiverse, Riemann hypothesis proof, graph theory, statistical physics, vertex algebras, algorithms, CFT, superconductors, dark matter, theoretical particle physics, superfluid's, High-energy physics, QFT, Number theory, fine structure constant, string theory, particle physics, Fermions, 8T, Quantum optics, quantum groups, Quantum gravity, differential equations, axis of evil, elementary particle physics, Quantum computing, black holes, QCD, zeta function, gravity, goldstone bosons, laser physics, theoretical high energy physics, gravitation, Quantum theory, nother, missing mass, Einstein, supersymmetry, cosmology, Mathematics, quanum information, flatness
Abstract

The following is acollectionof all resultsobtained soley by Manor O. Update17.10.21 - Quantum Variantics.TheFile aimsto makethe ambit of the new 8T accessible. 8T was developed from March - October. 8T Synoptic in:Main equation:(1)or (2.1.A) Universe Packets,(1.1) for strong and(1.2) theCoupling Constants Series by the Primorial# derivedin late-March.(2.12) for Fermions, (3.13.B) for Bosons and (1.3/1.31) forQuark Masses. A GR Framework,modified to includeFermions, Bosons as part of (1.2)Dark Energy, The QuarkSeries, Universe packets, Particle wave Duality, Quantum Gravity, Higgs, Spin, Dark Matter (2.1.B), SUSYand beyond.Research Thesis.&nbsp

Published
2021
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4. empty file

Author

Manor Ohad

Subjects
Electric engineering, experimental physics, gauge bosons, Quarks, computer science, horizons, Entanglement, Quantum entanglement, High energy Particle physics, CERN, mathematical logic, dark energy, differential topology, theoretical physics, QED, quantum mechanics, Particle physics, Hilbert space, primorial, SUSY, astronomy, GR, grand unified theory, theory of everything, Weak interaction, analytical number theory, Ligo, self duality, NASA, abstract algebra, Quantum information, Multiverse, graph theory, JHEP, statistical physics, vertex algebras, Higgs particle, 8 Theory, PDE, P=NP, superfluid's, High-energy physics, QFT, fine structure constant, muon, inflation, SSB, compact black holes, 8T, Newton laws, calculus of variations, modular forms, axis of evil, quantum theory, Manor, Vertax algebras, 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, Special relativity, Feynman, 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, partial differential equations, Dualities, computational physics, GUT, quantum loop gravity, Quantum Physics, monopoles, coupling series, mathematics, CMS, strong interaction, TOE, Riemann conjecture, prime numbers, Einstein theory, coupling constants, Quantum cosmology, ATLAS, M theory, Quantum machines, coupling constants series, Quantum field theory, category theory, condensed matter physics, General relativity, wave physics, LHC, algebric geometry, Riemann hypothesis, High-energy theoretical physics, Lagrangians, algebraic number theory, topology, Higgs boson, Riemann hypothesis proof, FOS: Physical sciences, infinite series, algorithms, CFT, superconductors, hawking radiation, dark matter, Quantum technology, theoretical particle physics, 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, zeta function, gravity, goldstone bosons, laser physics, gravitation, missing mass, Einstein, vector bosons, supersymmetry
Abstract

Thispaper present threetheorems on a Lorentz manifoldwhich yield an on pointprediction ofthefine structureconstant, and as the result theawaitedequation of coupling magnitudes.this paper than allow us tounify 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 &nbsp

Published
2021
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5. Quantum Interface between a Superconducting Qubit and Spin Ensembles.

Author

Zhang, Feng‐Yang, Li, Wen‐Lin, Yan, Wei‐Bin, and Yang, Chui‐Ping

Subjects
*QUANTUM gates, *QUBITS, *QUANTUM logic, *LOGIC circuits
Abstract

An experimentally feasible strong coupling system between a spin ensemble and a superconducting qubit is studied. The coupling strength can be exponentially enhanced by applying the squeezing transformations to the system. By means of the two spin ensembles commonly coupled to a superconducting qubit, a set of universal nonadiabatic holonomic single‐qubit quantum gates can be realized in a decoherence‐free subspace. Furthermore, this proposal is robust with respect to decay of the system parameters, and it is experimentally feasible with currently available technology. [ABSTRACT FROM AUTHOR]

Published
2019
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