Category:
Journal Reprints
Sub-Category:
Quantum Theory / Particle Physics
Date Published:
December 2007
Keywords:
Ritz, Magnetic model of atom, merging into a pair that has no charge, periodicity of the properties of the elements, doubled squares of integers: 2=2·12, 8=2·22, 18=2·32, 32=2·42, Gilbert Lewis, bipyramid, photoelectric effect,
Filename:
Semikov_EngineerJ[trans]_n12(2007)1-12.pdf
Publication:
Engineer Journal
Comments:
Translated to English with Google Translate by Thomas E. Miles
Abstract:
It is believed that the chemical properties of atoms, the nature of the movement and placement of electrons in them have nothing to do with the structure of atomic nuclei. Meanwhile, a lot says about the presence of such a connection, which, contrary to quantum physics, is hushed up. Only the classical model of the atom reveals this connection. This, of course, is not about Rutherford's planetary model of the atom, which has led to a dead end, but about the much less well-known classical magnetic model of the atom, proposed by Walter Ritz in 1908 [1]. According to Ritz, it is the spatial structure of the nucleus that is the program center that controls the life of the atom and the behavior of electrons in it, just as the life of a biological cell is determined by the structure of the cell nucleus and DNA. In the magnetic model, the nucleus controls the flight of electrons through magnetic rather than electrical forces. This is natural: in nature and technology, the circular motion of electrons is created precisely by the magnetic force, and only it explains the stability of the atom.
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