Page 239 - Теория кавитации

1.2 Comparing the concept of cavition with the Higgs boson...

Despite the fact that the Higgs boson, as an elementary particle, was discovered
quite recently (in 2012: with the help of the LHC at the Large Hadron Collider), in
practice, scientists began to call it an elementary particle “generating mass”, i.e.
generating a massive element of a particle, and, therefore, if the substances information
initially did not have mass, then they become the owners of the mass, attaching the boson
to themselves. If, initially, a boson is present in the composition of the substance, then
it will be a congenital materialized substance until it loses the boson. A substance free
of a boson, and never having acquired a boson, remains immaterial forever.
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At the same time, the question arises: how to deal with Einstein's formula E=m·c ,
as well as with other claims arising on the basis of the classical theory of Newton and
the relativistic theory of Einstein, in connection with the emergence of the concept of
the Higgs boson? How should we consider them now?
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We know: F=m·a → m=F/a (Newton); E=m·c → m=E/c (Einstein), therefore,
on the other hand, the presence of force or energy generates a mass, in other words, it is
equivalent to the acquisition of a boson. And, moreover, the existence of a force or
energy is directly related to movement. Say, paraphrasing: “the movement is generated
by the cavition!”.

Statement: If a boson together with a mass introduces movement into a substance,
then this boson will be a cavition, but if a cavition together with a movement introduces
mass into a substance, then this cavition will be a boson.

1.2.1 Explanation of the electrical effect using the neologism Cavition

Introduction. The traditional heating system, which we called the extensive
heating system (EHS), due to environmental depletion, resource costs, fire hazards and
health hazards and the very life of consumers, is waiting in the wings to date in terms of
replacing the intensive heating system (IHS). It should be recognized that EHS has lost
all its positive qualities acquired from ancient times to the present. Therefore, for 15
years now we have been developing IHS, which is the complete antithesis of EHS.
During this time we have studied and analyzed the whole situation around the problem
of providing consumers with heat and hot water. During these studies, stumbled upon
the concept of cavitation, which is the fundamental basis of the intensive heating system:
the phenomenon has its negative and positive aspects, and for the most part - the
negative, which was known to narrow specialists in shipbuilding and the construction of
hydroelectric and thermal power plants, as well as the creators jet planes. This
phenomenon has a “bad” reputation and a lot of unknown secrets. Today we cannot say
that all its secrets are revealed by us, however, this phenomenon is elevated by us to the
rank of a scientific category. It deserves it, since recently, in practice, heat engineering
and heat power engineering, cavitation has more often begun to show its positive sides.
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