Page 265 - Теория кавитации

with a muon? A cavition can be “twinned” with a photon, which at the same time gives
rise to the phenomenon of light, with what speed does this cavitation move, since there
is a postulate about the maximum possible speed, can it exceed the speed c? What is the
role of cavition in the plasma medium, we understand, and what is its role in solids?
Why is cavitation called “unrecognized power” in your work, and what gives its
recognition? (Arystan Sarsenov, nuclear physicist).
6) Compared with the boson, which gives mass to any matter, the cavition of the
ci1 type is capable of imparting movement to any elementary particle (EP) involved in
it, “Intermarried” with it and, moreover, other types of cavitations cause high-
temperature thermal energy, which we heard at the seminar when we discussed as
examples of the use of vortex cavitation installations in power engineering, during
plasma formation in lightning, volcanic eruptions, in the processes on the Sun and other
stars, if these same temperature processes last for a long time, won't it burn everything
around, leaving nothing behind? In the theory of elementary particle physics and nuclear
physics, one EP under certain conditions is converted into another, for example, how do
you explain the conversion of a proton into an electron or neutron and, conversely, a
neutron into an electron and a proton, a neutron into a proton, etc. with the help of
“cavitions”? What is the role and place of the field in the theory of cavitations? (Okas
KURMAN, physicist).
Starting with the 4th group of questions, we will give answers in the course of our
further discussion.

3.2 Answers to some questions from listeners and colleagues,
as well as to their questions

There are several questions that we ask ourselves, which we will try to answer:

i) Is the cavitation cavition HF-POM unilateral through wire conductor?
ii) If there are two opposite sides on the conductor, then how do the HF-POM of
the cavition differ in different directions? These and similar questions are reflections
arising in the process of practical use of electrical phenomena in common practice.
Another important point is the relationship between the field and the cavition - how
they affect and what changes can make to each other. The second thing to keep in mind
is the laws and expressions of the transition of EP into cavitation and, if it is reversible,
what are the expressions of the inverse law.
The answer to question i: since the cavition in this context is created from an
electron, it has a charge “-”, so the flow of electric charge acts according to the “screw
rule” and moves from the cathode to the anode (the screw is screwed), while the
magnetic field vector rotates clockwise when you look from the observer; question ii
does not require an answer in this case; but if the electron finds freedom in the immediate
vicinity of the conductor and there is no current or field in it, then the conversation will
be different ... Here are two possible situations: 1) the conductor in this place is closed,
the cavitation will begin its movement in the open direction of the conductor only in one
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