Page 291 - Теория кавитации

phenomenon of electricity and electromagnetism in nature are quite common, in
addition, there is the concept of magnetization. So, some CEs that are found in pure form
in nature or their compounds, having the property of being susceptible to magnetization
and the quality to preserve this state, due to the special arrangement of their atoms and/or
molecules, become natural magnets. Those CEs and their compounds that do not have
this quality do not become such, even if they are magnetized. Of course, we have
obtained these conclusions because of the consideration of the phenomena discussed
here from the standpoint of the theory of cavitation. In fact, it is not a simple question -
which of the two concepts is primary - electricity or magnetism, which of them is the
leading, and which is the guided concept. It will not be possible to answer unequivocally
on the move, but everything can be generated from the magnetic field - the MFE - both
electricity and magnetism. That is, in this matter it’s not surprising to slide down to the
unresolved paradox “Is the chicken primary or the egg primary?”.
Just as in the case of strong nuclear fusion - the explosion of an atomic bomb -
shock waves are generated, exactly the same way EMW is generated in weak nuclear
fusion - during the collapse of cavition-electrons, i.e. with electricity. This is the reason
for the appearance of electromagnetism. EMW are much weaker than shock waves, but
if the latter are destructive, EMW are constructive, which can be seen in their application
precisely in communication technologies and telecommunications.

5.4.1 Electromagnetic waves are not just binders of the two concepts
of “electric” and “magnet”, the meaning of “electromagnetism”
have legal status for electromagnetic waves

Now, after we have answered the main question of the theory of electromagnetism,
we can speculate about the place and role of the phenomenon and the cavitation process

in modern communication technologies and in promising telecommunication systems.
This is another significant contribution of the cavitation theory to the understanding and
proper emphasis on natural EM and its practicality.
First of all, let us turn to the capital works of the famous French popularizer of the
theory and practice of radio and television Eugene Iceberg [Radio? .. It's very simple!
Transl. with French M.-L.: Energy, 1967, 73 p., Ill. (Mass Radio Library. Issue 622)];
[Color television?.. It's almost simple! Transl. with French 2nd ed. In collaboration with
Duri Jean-Pierre. M.: Energy, 1975, 121 p., Ill. (Mass Radio Library. Issue 870)]; [Radio
and television?.. It's very simple! Transl. with French 2nd ed. M.: Energy, 1979, 232 p.,
Ill. (Mass Radio Library. Issue 975)].
I recommend these technical publications to my readers in order to systematically
replenish their knowledge in the areas of electronic RET, TPh and TC (radio
engineering, electronics and telecommunications; technical physics; technical
cybernetics, respectively). In these works, the principle of operation of both radio and
television is described in great detail, electricity and magnetism are especially
meticulously presented, in short, electromagnetism, the place and role of which can
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