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Currents do not propagate inside conductors, but around them

Announcement

This note proves that currents in metal conductors do not propagate inside the conductors, but around them.

For the first time, this revolutionary idea was expressed by Fedyukin Veniamin Konstantinovich, Doctor of Technical Sciences: “the current of electric energy is not the movement of electrons, the carriers of electricity are an intense electromagnetic field that propagates not inside, but mainly outside the conductor” (2).

My merit lies only in the fact that I created an evidence base for the existence of an electron-positron current as a conduction current and as a superconducting current.

And free electrons propagating inside the conductor, attracted to the positrons of the conduction current, and repelled by the electrons of the conduction current, make up the main resistance value for the conduction current. And therefore, when the conductor is cooled to a critically low temperature, free electrons take their places in the atoms, that is, free electrons disappear, forming the superconductivity of the conduction current.

So without Cooper pairs superconductivity is formed.

 

Electron-positron current in metal conductors

Two hundred years ago, Faraday, through an inductor and a magnet moving in it, received an induction current. Moreover, with the opposite direction of movement of the magnet in the inductor, the galvanometer needle reflects this opposite. And this means that the induction current is carried out by opposite charges, which is recorded by the oscillograms.

And since there are no other charges inside the conductor, except for moving electrons and fixed ions, then the Faraday induction current is an electron-positron current propagating in the ether layer adjacent to the conductor.

In the modern theory of electricity, it was believed that Coulomb forces act only between charges. In fact, between the opposite charges in metal conductors there is a conductor with a zero charge. And it is this conductor with zero charge that is the central element of electricity, without which no current will run anywhere because the difference in electric potentials between the zero charge of the conductor and the negative (or positive) charge of the current source gives rise to the force of charge movement in the circuit, gives rise to EMF.

Oscillograms reflect this view.

 

                                                        Literature

  1. Faraday M. Selected work on electricity. - M.-L.: GONTI

  2. Fedyukin V.K. Not superconductivity of electric current, but super magnetization of materials. http://window.edu.ru/resource/138/53138/files/Fedukin2.pdf

 

Токи распространяются не внутри проводников, а вокруг них

Анонс

Данная заметка доказывает, что токи в металлических проводниках распространяются не внутри проводников, а вокруг них.

Впервые эту революционную мысль высказал доктор технических наук  Федюкин Вениамин Константинович: «ток электрической энергии не есть движение электронов, переносчиками электричества является напряженное электромагнитное поле, распространяющееся не внутри, а в основном вне проводника» (2).

Моя заслуга заключается лишь в том, что я создал доказательную базу существования электронно-позитронного тока, как тока проводимости и как тока сверхпроводимости.

А свободные электроны, распространяющиеся внутри проводника, притягиваясь к позитронам тока проводимости, и отталкиваясь от электронов тока проводимости, составляют основную величину сопротивления для тока проводимости. И потому, когда проводник охлаждают до критически низкой температуры, свободные электроны занимают свои места в атомах, то есть свободные электроны исчезают, формируя сверхпроводимость тока проводимости.

Так без куперовских пар формируется сверхпроводимость.   

 

 Электронно-позитронный ток в металлических проводниках

Двести лет тому назад Фарадей, посредством катушки индуктивности и движущегося в ней магнита, получил индукционный ток. Причём, при противоположном направление движении магнита в катушке индуктивности, стрелка гальванометра отражает эту противоположность. А это означает, что индукционный ток осуществляется противоположными зарядами, что и фиксируют осциллограммы.

А так как внутри проводника, кроме подвижных электронов и неподвижных ионов, других зарядов нет, то, стало быть, индукционный ток Фарадея это электронно-позитронный ток, распространяющийся в прилегающем к проводнику слое эфира.  

В современной теории электричества сложилось мнение, что кулоновские силы действуют только между зарядами. На самом же деле, между разноимёнными зарядами в металлических проводниках существует проводник с нулевым зарядом. И именно этот проводник с нулевым зарядом является центральным элементом электричества, без которого никакой ток никуда не побежит потому, что разность электрических потенциалов между нулевым зарядом проводника  и отрицательным (или положительным) зарядом источника тока рождает в цепи силу движения зарядов, рождает ЭДС.       

Осциллограммы отражают эту точку зрения.

 

                                                        Литература

  1.  Фарадей М. Избранные работы по электричеству. — М.-Л.: ГОНТИ

  2.   Федюкин В.К. Не сверхпроводимость электрического тока, а сверхнамагничиваемость материалов. http://window.edu.ru/resource/138/53138/files/Fedukin2.pdf 

 

 

 


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Currents do not propagate inside conductors, but around them // Stockholm: Swedish Digital Library (LIBRARY.SE). Updated: 05.07.2020. URL: https://library.se/m/articles/view/Currents-do-not-propagate-inside-conductors-but-around-them (date of access: 22.01.2021).


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