A Fuzzy Approach to Interactions between Atomic Particles And Electromagnetic Waves

Document Type : Original Article

Author

South Valley University.

Abstract

Abstract:
It is revised here some previously accepted definitions regarding interactions between
atomic particles and electromagnetic waves. It was found that such definitions were not
offering plausible explanations for newly discovered phenomena as Kerr effect, duality
property of atoms, colored charges and other related phenomena. Hence, we followed a
fuzzy approach to postulate new definitions for electromagnetic waves, electrons,
charges and magnetism that may lead to a better understanding of such discovered
phenomena.
An interesting experiment was elaborated in this investigation to prove the trueness of
the postulated definitions. The found results of such experiment and the results of
Faraday’s discovery with dielectrics as well as the analogy between heat flow, electric
current and magnetic flux affirm the logic of the postulated definitions. The introduced
approach offers more plausible explanations of many phenomena in the field of
electromagnetism and atomic particles. The postulated definitions have led also to
valuable scientific-conclusions in this field.

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