Page 240 - Теория кавитации
P. 240

Without going into the subtleties of the question, we can state that this phenomenon has
                  been called the source of free energy, as well as natural radiation (according to  V.I.
                  Vernadsky), in the sense of countering and opposing the spontaneous growth of natural
                  entropy (according to the Second Law of Thermodynamics - Clausius and Boltzmann
                  law) [18].
                        In addition, we have proved that cavitation is ubiquitous in nature [18]: it manifests
                  itself in the midst of a tornado phenomenon that happens from time to time, causing
                  incredible destruction, in the most powerful hurricanes, tsunamis and cyclones, with a
                  flash of lightning and thunder, in volcanic eruptions in the explosions of stars, including
                  solar and other explosions, eruptions with devastating consequences.
                        At the same time, we decided to submit to the academic community a concept in
                  the form of a scientific hypothesis that cavitation at the molecular, atomic and nucleon
                  levels is also reflected as a microlevel phenomenon, through the elementary particle
                  called  “Cavition”  (formed  from  the  combination  of  the  words  “CAVITation”  and
                  “IONization”) – the neologism from the concept of cavitation (for more details, see [19],
                  [20]!). We introduced this concept in order to apply it to explain various phenomena and
                  phenomena that have not yet been clarified, primarily in relation to the study of both
                  electrical and magnetic phenomena, in one word - electromagnetic phenomena.
                        Consider the phenomenon of electricity: the origin of electricity and its further
                  action are studied by the theory of electromagnetic fields. An electron is knocked out of
                  its orbit under pressure, i.e. a force that surpasses the WNF - a weak nuclear force, when
                  it  becomes  free, it  will  either  jump  to  another  orbit  (energy  well), if  there  is  one  -
                  unoccupied, while it emits a flash of light, i.e. gives back energy in the form of a photon
                  beam and that's it. In this case, the so-called “single or single cavitation” takes place.
                  Another outcome for a released electron is motion: it begins to move along a electrically
                  conductive  substance  under  a  certain  condition,  thereby  producing  an  electromotive

                  force (EMtF), an EMtF, which, in turn, causes or increases the intensity of the electric
                  field. The free fluctuations of electrons are caused by a certain pressure, which means
                  that this process occurs due to the cavitation force and the possession of the free electron
                  of cavitation energy in response to overcoming the WNF - a weak nuclear force. Another
                  proof of this is the fact that this phenomenon emits light and makes a sound. Here again,
                  the electrons show what becomes a certain type of cavition, namely, type ci1! It is worth
                  noting  that  electrons  in  directional  motion  at  the  speed  of  light  along  a  conductor,
                  alternately forming-folding, forming-folding (not disappearing!), etc., resemble high-
                  frequency oscillations caused by cavitation energy. What is the cognitive benefit of such
                  a representation of an electrical phenomenon? The fact is that at the atomic-nucleon
                  level it is much easier to study the behavior of a ci1-type cavition, representing a free
                  electron as a cavition. In fact, it is difficult to imagine a cloudy-wrapped electron in an
                  atom with cavition, but as soon as an electron leaves its orbit, it acquires a special status,
                  even loses its subordination to the Heisenberg uncertainty principle. We hope that by
                  acquiring certainty, the electron will “associate” with a ci1-type cavition and, in the end,
                  this relationship will be mutually beneficial.
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