Classical Physics

   

Эфирный Электро-Магнетизм Часть 1: Статика Электростатика
Etheric Electromagnetism Part 1. Statics Electrostatics

Authors: Avsharov Evgeny Mikhailovich

На сегодня нет доказательных опытов по электронной проводимости металлов и полупроводников, даже наоборот - приводит к физическому не пониманию например взаимосвязи и перпендикулярности токов, направлений движения и магнитных явлений, инерционности токовых процессов во времени, свойств "сверхпроводимости", эффектов в "Вилке Авраменко", в "эффекте Сигалова" и т.д. Эти же опыты, как будет показано ниже, могут быть объяснены эфиродинамическим подходом "Градиентной Эфиродинамики" с большей логической сходимостью причинно-следственных связей процессов при протекания токов, при генерации напряжений, во взаимосвязи токов и магнитных полей в пространстве и времени, исходя из единственного ключевого базового предположения: "электрический ток" в материальной среде представляет собой направленный поток эфира, порожденный разностью давлений эфира внутри локального пространства металлического проводника в локальном промежутке времени.

To date, there are no conclusive experiments on the electronic conductivity of metals and semiconductors, even on the contrary, it leads to a physical misunderstanding, for example, of the interconnection and perpendicularity of currents, directions of motion and magnetic phenomena, the inertia of current processes in time, the properties of "superconductivity", the effects in the "Avramenko Fork", in the "Sigalov effect", etc. The same experiments, as will be shown below, can be explained by the ether-dynamic approach "Gradient Etherodynamics" with greater logical convergence of cause-and-effect relationships of processes with the flow of currents, with the generation of voltages, in the relationship of currents and magnetic fields in space and time, proceeding from the only key basic assumption: the "electric current" in the material medium is a directed flow of ether generated by the difference in ether pressures inside the local space of a metal conductor in a local time interval.

Comments: 26 Pages. [Corrections are made by viXra Admin to comply with the rules of viXra.org]

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[v1] 2021-08-08 21:09:53

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