User:Anton Ehrlich

Generalization of Quantum Electrodynamics and General Relativity
My most important scientific work is the formulation of a two-photon model of quantum electromagnetodynamics. I published it in my paper "Quantum Field Theory with Electric-Magnetic Duality and Spin-Mass Duality but Without Grand Unification and Supersymmetry", African Review of Physics 6 (2011) 165-179  .

Quantum electromagnetodynamics is a generalization of quantum electrodynamics. The theory is based on the gauge group U(1) x U'(1). It describes both electric charges and magnetic charges (= Dirac magnetic monopoles) and two kinds of photon, the electric photon (=conventional photon) and the Salam magnetic photon. The quantization of electric charge results from the group structure of quantum electromagnetodynamics. This is analogous to the quantization of isospin and colour charge which result from the group structure of quantum flavourdynamics and quantum chromodynamics. My theory does not include any free parameters. So it is falsifiable. I argue that August Kundt has already observed an effect of the magnetic photon rays. I suggest an experimental test to verify the magnetic photon rays.

Illuminate a metal film of thickness between 100 and 1000 nanometers by a laser beam and place a detector (avalanche diode or photomultiplier tube) behind the metal film. My theory predicts that the laser emits both electric and magnetic photons and that the detector detects both kinds of photon. The interaction cross-section of a magnetic photon is smaller by a factor of 560,000 to 780,000 with respect to the interaction cross-section of an electric photon of the same energy for quantum physical effects such as induced emission and photoelectric effect. Classical electrodynamics predicts that the metal film absorbs the conventional photons (Einstein's electric photons) completely, the penetration depth is 2 to 7 nanometers, depending only on the frequency of the laser light and the electric conductivity of the metal film. My theory predicts that a high percentage of the Salam magnetic photons penetrates the metal film. the penetration depth is predicted to be 100 to 500 nanometers, depending only on the same frequency of the electric and magnetic photons of the laser beam and the electric conductivity (which has to be divided by a factor of 750 to 880) of the metal film. - Note that mirrors and metal films do not reflect electric and magnetic photons in the same way, because of the factor 750 to 880 by which the conductivity has to be divided.

Moreover I recognized in my paper the analogy between the electric-magnetic duality of electromagnetodynamics and the spin-mass duality of Einstein-Cartan theory. This theory is a generalization of general relativity. It is required to describe fermions within the framework of gravitation theory. I argue that the anisotropic distribution of the rotation axes of the galaxies of the Perseus-Pisces supercluster is an effect of either the intrinsically rotating Raychaudhuri universe or of Cartan's torsion.

Dr. Rainer W. Kühne

E-mail: kuehne70(a)gmx.de

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