Relativity and Cosmology

    

Superluminal Wormhole Transport by the Phi-Based Solution to the Schrodinger Equation, Theorem of Residues and Cauchy Integral

Authors: Richard L Amoroso, Salvatore Giandinoto

We demonstrate the transportation of high energy subatomic particles through wormholes at superluminal speeds through an ‘elastic’ wormhole effect which adjusts its diameter based upon the kinetic energy of the subatomic particle. This is demonstrated by the use of the Phi-based solution to the Schrödinger wave equation, the theorem of residues and the Cauchy integral formula of complex analysis. Furthermore, it will be shown that a possible new gravitational constant may shed light on the structure of the spin-2 graviton. It will be shown that the mathematical description of simple isolated singularities (poles) may be used to describe wormholes and their characteristics at the center of their corresponding black holes. It will also be shown that the expansion of the universe at the Planck time occurred with a kinetic energy of approximately 4.14 x 1029 eV.

Comments: 27 Pages. Preprint. Proceedings of the 1st International Unified Theories Symposium, Budapest, Hungary, 2007, Noetic Press 2011.

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[v1] 2020-03-11 12:13:16

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