The Standard Model of Physics, and fifth force of fundamental interactions
The Standard Model of Physics, and fifth force of fundamental interactions   The Standard Model considers four fundamental interactions: gravitational, electromagnetic, strong, and weak. But in objective reality there is also a magnetic interaction, which propagates through magnetic charges, which are called gravitons.             Graviton is a mini vortex of ether, a magnetic dipole and a brick of matter. The energy of the vortex generates a unidirectional movement of the ether between the poles, as a result of which the ether is absorbed by one pole and thrown out by the opposite pole. This is how the forces that we call magnetic forces are formed.             Thus, Ampere's hypothesis that the magnetism of substances is determined by microcurrents is not true, because there is not a single experiment proving its truth. Consequently, it is necessary to recognize the existence of magnetic charges that determine the magnetism of permanent magnets, the magnetism of planets and stars, the magnetism of atoms and molecules, the magnetism of electric charges. УДК 537.6    Стандартная модель физики, и  пятая сила фундаментальных взаимодействий      Стандартная модель рассматривает четыре фундаментальных взаимодействия: гравитационное, электромагнитное, сильное и слабое. Но в объективной реальности существует ещё и магнитное взаимодействие, которое распространяется посредством магнитных зарядов, которые называется гравитонами.              Гравитон – это мини вихрь эфира, магнитный диполь и кирпичик материи.  Энергия вихря генерирует однонаправленное движение эфира между полюсами, в результате чего эфир всасывается одним полюсом и выбрасывается противоположным полюсом. Так формируются силы, которые мы называем магнитными силами.             Таким образом, гипотеза Ампера о том, что магнетизм веществ определяется микротоками, не верна, ибо нет ни одного эксперимента доказывающего её истинность. А следовательно приходится признать существование магнитных зарядов, определяющи ... Read more
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12.05.2021 (1024 days ago)
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