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Free electron current

unable to ensure the functioning of electrical installations


In the modern theory of electricity, the conduction current is considered to be the current of free electrons. And the theory of alternating current is based on the assumption that electrons can change the direction of motion in the opposite direction.

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

 These errors of the modern theory of electricity can be identified if we consider the operation of alternators with a grounded neutral conductor, as is done in all industrial electrical installations.

 It is known that the Earth's surface has a negative potential, in contrast to the ionosphere, which has a positive potential.

The alternator generates the propagation of electrons from the negative potential of the Earth to the zero potential of the conductor.

But in the opposite direction, that is, from the zero potential of the conductor to the negative potential of the Earth, electrons cannot propagate, due to the lack of potential difference between the Earth and electrons.

And since in all industrial electrical installations the neutral conductor is grounded, the current of free electrons is not capable of ensuring the operation of any electrical installations.

The current that ensures the operation of electrical installations is an electron-positron current propagating around conductors and around live parts of electrical appliances.

And this current flows in electrical installations, mocking theorists

Ток свободных электронов

 не в состоянии обеспечить функционирование электрических установок


В современной теории электричества током проводимости принято считать ток свободных электронов. И теория переменного тока, строится на предположении, что электроны могут менять направление движения на противоположное направление.

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

 Эти ошибки современной теории электричества можно выявить, если рассмотреть работу генераторов переменного тока с заземленным нулевым проводником, как это делается во всех промышленных  электроустановках.

 Известно, что поверхность Земли имеет отрицательный потенциал, в отличие от ионосферы, которая имеет положительный потенциал.

Генератор переменного тока генерирует распространение электронов от отрицательного потенциала Земли к нулевому потенциалу проводника.

Но в обратном направлении, то есть, от нулевого потенциала проводника к отрицательному потенциалу Земли, электроны распространяться не могут, по причине отсутствия разности потенциалов между Землёй и электронами.

А так как во всех промышленных электрических установках нулевой проводник заземляется, то ток свободных электронов не способен обеспечить работу никаких электроустановок.       

Ток, который может обеспечить работу электрических установок, и уже давно её обеспечивает  - это электронно-позитронный ток, распространяющийся вокруг проводников и вокруг токоведущих частей электрических приборов.  

И этот ток течёт в электрических установках, насмехаясь над теоретиками.    



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Free electron current unable to ensure the functioning of electrical installations // Stockholm: Swedish Digital Library (LIBRARY.SE). Updated: 06.03.2020. URL: (date of access: 04.07.2020).


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Free electron current unable to ensure the functioning of electrical installations

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