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How Faraday discovered the conduction current

 

                                           Electron                                          Positron

Red gravitons generate a magnetic field.

Yellow gravitons generate an electric field.

The blue torus, rotating like a toroid, generates a charge value.

The blue torus, rotating like a wheel, generates the color of a photon.

 

Two hundred years ago, Faraday set an experiment where the motion of a magnet in an inductor generates a current in a galvanometer.

Today, understanding this experiment, we have to conclude: the current theory of conduction current is erroneous because the basis of this theory is the motion of free electrons with immobile ions.

The experience of Faraday shows that the current is formed by the motion of both negative and positive charges.

And since there are no other charges in the conductor except for moving electrons and fixed ions, it follows that Faraday received two hundred years ago, as a conduction current, an electron-positron current propagating in ether around conductors.

It is known that the magnetic field lines generated by the conduction current propagate just around the conductors, which is an indirect confirmation that the electron and positron charges that generate the electric and magnetic components also propagate around the conductors.

All matter consists of gravitons and is surrounded by them, including a conductor.

Electromagnetic induction is the transformation of the surrounding conductor of gravitons into electrons and positrons, which is accomplished by crossing the magnetic field conductor with decreasing or increasing magnetic induction.

Gravitons surrounding the conductor, crossing the lines of force of the magnet, are converted into electrons, and when the pole of the magnet is changed, are converted into positrons. The alternating current is formed in this way.

Faraday in his experience received this current . And the same current is obtained on an industrial scale, all thermal, hydraulic and nuclear power plants.

 

Как Фарадей открыл ток проводимости

 

Двести лет тому назад Фарадей поставил опыт, где демонстрируется получение тока в гальванометре при движении магнита в катушке индуктивности.

Сегодня, осмысляя этот опыт, приходится делать вывод: современная теория тока проводимости ошибочна потому, что основой этой теории является движение свободных электронов при неподвижных ионах.

 Опыт же Фарадея показывает, что формирование тока осуществляется  движением как отрицательных, так и положительных зарядов.

А так как в проводнике, кроме движущихся электронов и неподвижных ионов, других зарядов нет, то следует сделать вывод: Фарадей двести лет тому назад получил, в качестве тока проводимости, электронно-позитронный ток, распространяющийся в эфире вокруг проводников.

И тот известный факт, что силовые линии магнитного поля, генерируемое током проводимости, распространяется именно вокруг проводников, является косвенным подтверждением того, что электронные и позитронные заряды, генерирующие электрическую и магнитную составляющие, также распространяются вокруг проводников. 

Вся материя состоит из гравитонов и окружена ими, включая проводник.

Электромагнитная индукция это превращение окружающих проводник гравитонов в электроны и позитроны, которая осуществляется посредством пересечения проводником силовых линий магнитного поля с уменьшающейся или увеличивающейся магнитной индукцией.     

Гравитоны, окружающие проводник, пересекая силовые линии магнита, превращаются в электроны, а при смене полюса магнита. Таким образом формируется переменный ток.

Фарадей в своём опыте получил этот ток.. И этот же ток получают в промышленных масштабах все тепловые, гидравлические и атомные электростанции.    

 

Подробности можно посмотреть  на сайте автора: статья  «Великое объединение состоялось» http://tverd4.narod.ru/100.html

 

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How Faraday discovered the conduction current // Dushanbe: Digital Library of Tajikistan (LIBRARY.TJ). Updated: 26.08.2018. URL: https://library.tj/m/articles/view/How-Faraday-discovered-the-conduction-current (date of access: 02.04.2020).

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