Difference between revisions of "Physical Models for Elementary Particles, Atoms and Nuclei"

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==Abstract==
 
==Abstract==
  
The following is a summary of a paper delivered by David L. Bergman at the Fourth International Science Conference: Problems of Space, Time & Motion, in St. Petersburg, Russia. Based on the ideas of Bergman and Dr. Charles William Lucas, Jr., it tells how replacing the classical point-like elementary particles with toroidal entities resolves numerous enigmas of modern physics.[[Category:Scientific Paper]]
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The following is a summary of a paper delivered by David L. Bergman at the Fourth International Science Conference: Problems of Space, Time & Motion, in St. Petersburg, Russia. Based on the ideas of Bergman and Dr. Charles William Lucas, Jr., it tells how replacing the classical point-like elementary particles with toroidal entities resolves numerous enigmas of modern physics.
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[[Category:Scientific Paper|physical models elementary particles atoms nuclei]]

Latest revision as of 10:53, 1 January 2017

Scientific Paper
Title Physical Models for Elementary Particles, Atoms and Nuclei
Author(s) David L Bergman
Keywords electron, electron radiation, magnetic moment, physical interpretation, point-like charge, quantum theory, ring model of the electron, shell structure, spin, wave properties
Published 1997
Journal Electric Spacecraft Journal
Number 21
Pages 20-23

Abstract

The following is a summary of a paper delivered by David L. Bergman at the Fourth International Science Conference: Problems of Space, Time & Motion, in St. Petersburg, Russia. Based on the ideas of Bergman and Dr. Charles William Lucas, Jr., it tells how replacing the classical point-like elementary particles with toroidal entities resolves numerous enigmas of modern physics.