Great Law of Thermodynamic Energy conservation Heat in Universe
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Ludwig Boltzmann - the author of statistical Thermodynamics - discovered a simple law that postulates the high probability W of the real existence of Entropy S of the thermal energy of all bodies of the Universe S=k Ln W Analyzing the properties of the "New Ether" - cosmic microwave background radiation - [2], the author of this book discovered signs of the real existence of Counter-entropy -S ^ =- k Ln W^ which replenishes the loss of thermal energy (Entropy S + Counter-entropy - S ) = 0 and thereby eliminates the danger of thermal death of the Universe. As a result, infinite ultraviolet dive...
Ludwig Boltzmann - the author of statistical Thermodynamics - discovered a simple law that postulates the high probability W of the real existence of Entropy S of the thermal energy of all bodies of the Universe S=k Ln W Analyzing the properties of the "New Ether" - cosmic microwave background radiation - [2], the author of this book discovered signs of the real existence of Counter-entropy -S ^ =- k Ln W^ which replenishes the loss of thermal energy (Entropy S + Counter-entropy - S ) = 0 and thereby eliminates the danger of thermal death of the Universe. As a result, infinite ultraviolet divergences disapear in the quantum field theory and there is no need for a renormalization theory In this case, the hypothesis is confirmed Photon - gravity Structures of the material space of the Universe and all its bodies, both in macro - and micro - regions, whose nuclei of 99.97% consist of protons and neutrons, [20]. In this case, the atoms of the substance of the universe, all the elementary particles and the Space-Time in which they inhabit, receive a single basis from the pulsating cold dipoles of light and dark photons that are pulsating in antiphase, the rest mass parameters .
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