Page 241 - Теория кавитации

The emergence of the concept of an electron is associated with the name of the
great ancient Greek philosopher Thales (who, having noticed a special phenomenon
during friction of an amber stick on wool of a hide, called this phenomenon “electron”).
Despite the fact that since the days of the Western Renaissance a systematic study of the
phenomena associated with the electron began, and established, entire doctrines and
theories have been built, but to a large extent the problems associated with the
phenomenon of electricity, along with magnetism, remain.
Of course, we cannot assert that all these problems will be solved at once with the
introduction of a cavitational picture into this problematic. But, at the same time, it is
impossible not to note the clarity, interesting illustrativeness and, most importantly, the
successive naturalness and terminological transformation. Yes, self-motion does not
occupy an electron, but this is its absolute proper motion, even, as is well known, the
electron is subject to Heisenberg’s uncertainty principle due to chaotic self-motion. But
the movement introduced to the electron by the cavition is a relative mobility, as we see,
it makes the electron-cavition an almost supernatural phenomenon, since both electricity
and magnetism are connected with it. These phenomena-processes, in turn, became the
scientific and technical foundation for ennobling people's lives by such outstanding
figures as Michael Faraday, James Maxwell and Nikola Tesla.
Obviously, the misunderstandings that we have in our consciousness regarding the
world of the electron cannot be easily resolved, but one can be sure that the resolution
of this problematic issue will gradually progress. For example, today there is no
intelligible answer to such questions as: “why there is an electron-positron pair, i.e.
because of what are the opposite charges”; “Why there is a mutually paired -
complementary concept of the electromagnetic field”; “What is the electron spin”;
“What does it mean to be an electron in a state of tunneling”, i.e. be able to tunnel and
violate the Coulomb's law of prohibition, etc., and also some properties of the electron

beam are not fully understood.
First of all, let's answer this question: “What happens to a bubble when ci4 is
formed as a bubble cavity, i.e. What is a bubble filled with?”. As a rule, in the general
case - by gas, and in the environment - by air. It's clear. Now the question is put like
this: “in the environment of the atom, i.e. in the case of transformation of a newly
released electron into a ci1-type cavition?”. This cavition cannot cover gas molecules
by its size, it must contain within itself (if you can say so!) only a vacuum. Isn't that a
wonderful situation? Experts in modern high-tech experiments are doing what they just
don’t do to get a vacuum cavity, and still can’t achieve the perfect vacuum.
But nature does not cost anything so that the vacuum capsule is obtained at the
level of atomic dimensions, and without any difficulties such a cavition-bubble during
movement at the speed of light along the conductor alternately collapses and re-forms
as a nucleon-sized bubble, collapses-forms etc. Thus, it can be assumed that the cavition
electrons in a periodically quantized time move freely at a speed c, cavitating. We will
call this phenomenon: High-frequency pulsating oscillatory motion - HF-POM (See

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