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Maxwell's equation in quantum physics

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  • 60pages
  • 3 heures de lecture

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Quantum physics differs from classical physics in the methods of study, and both of them consider the methods of the opposite side unacceptable for themselves. The author proposes the solution of some problems that are the privilege of quantum physics, using the methods of classical physics. At the same time, the author does not introduce any new postulates, but uses one and only tool, which is recognized by both physicists - the Maxwell system of equations. Strong interactions, atomic model, elementary particles, vacuum structure, electric charge, static electric field, electric current are considered.

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Maxwell's equation in quantum physics, Solomon I. Khmelnik

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Année de publication
2020
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Titre
Maxwell's equation in quantum physics
Langue
Anglais
Éditeur
Eliva Press
Publié
2020
Format
souple
Pages
60
ISBN13
9781636480534
Séries
Mots clés
La nature
Description
Quantum physics differs from classical physics in the methods of study, and both of them consider the methods of the opposite side unacceptable for themselves. The author proposes the solution of some problems that are the privilege of quantum physics, using the methods of classical physics. At the same time, the author does not introduce any new postulates, but uses one and only tool, which is recognized by both physicists - the Maxwell system of equations. Strong interactions, atomic model, elementary particles, vacuum structure, electric charge, static electric field, electric current are considered.