Abstract

This paper, within the framework of classical physics, offers a gyroscopic model of the electron charge based on possible processes in the early stage of atomic formation in the Big Bang. It allows us to explain the relative stability of atoms and also the situations occurring in electromagnetic processes when the object moves perpendicularly to the forces of action. The proposed electron charge model not only does not contradict the empirical Maxwell equations but complements their explanations by analysing a number of electromagnetic processes in their research and practical application, including the duality of defining the current unit.

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