A collection of thoughts jotted down by I, the author. These thoughts are of scientific nature.
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A collection of my deepest scientific thoughts listed in chronological order as they have unfolded in my mind.
Dielectric heating VS. The Opposite Effect
Dielectric heating may turn another page for me and it seems to reveal that Dielectric effect can also allow the atoms of an electrically non-conductive gas to invert in position upon the reversal of the polarity of a physically present electromagnetic field, compressing the gas and causing the atoms or molecules of this gas to give up their thermal kinetic energy.
As this occurs, there might be an opposition to compression of the gas by its thermal kinetic energy and in turn, giving up its thermal kinetic energy by compression may allow farther electromagnetic polarity reversal to compress the gaseous substance even farther and cause the atoms to give up even more energy. Finally, the gaseous substance involved may liquify or even freeze from the energy that is lost by the atoms and/or molecules that compose that particular gas.
The inversion of the position of the electrons of an atom may also produce a more localized area of the same occurrence within itself, but only in the presence of an electromagnetic field or alternating form. This could easily cause these atoms to also absorb the energy within reaching distance of the electromagnetic field in quantities that are the same as the energy involved in the loss of temperature of these atoms and this may indicate that actual work is used to super-cool the atoms that make this gaseous substance up. Therefore, adding these inverse energies as a sum would be equal to zero and indicate the input truly equals output in any energetic occurrence. This, of course is a good indicator that energy is always conserved in one way or the other and none is ever lost in this universe, but it goes somewhere else instead.
This may be responsible for the Bose-Einstein Condensates to form around high-speed microprocessors, which constantly produce rapidly changing electromagnetic fields as a by-product of the function of a microprocessor in a computer, whether it is your laptop or a supercomputer in a huge laboratory. A Bose-Einstein Condensate is a very cold gas that based on Albert Einstein's theory and not relativity, but a different theory, collects at an equal quantum level when it is extremely cold.