Digital Physics and Gravitation; Probabilistic, Relativistic, Kinetic, Entropic
With Integer Physical Constants
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The author has uncovered presence of local velocities of light creating the relativistic SI system of physical constants having all integer values. These units are all derived directly from integer Planck units and introducing them to most known Laws of physics derives generally exact data. New data allowed untangling problems in gravitation, the initial topic of the 10-year research. Further analyses of the postulated relativistic and classical SI systems are based essentially on equal event probability in six orientations of the orthogonal space geometry, on the rule of equipartition of ener...
The author has uncovered presence of local velocities of light creating the relativistic SI system of physical constants having all integer values. These units are all derived directly from integer Planck units and introducing them to most known Laws of physics derives generally exact data. New data allowed untangling problems in gravitation, the initial topic of the 10-year research. Further analyses of the postulated relativistic and classical SI systems are based essentially on equal event probability in six orientations of the orthogonal space geometry, on the rule of equipartition of energy and on Ampere's Law and on conservation of momenta. We observe the Universe by our eyes and through infrared radiation of our surroundings. Hundreds of simple numerical equations confirm validity of the new findings. The new relativistic view of physics and of gravitation generally supports the classical physics and extends it. Cubic radiations shape vertebrates and shape directions of lightning. Only an unbiased generalizer, like the author, with 70 years of electrical and physics laboratory experience could unravels secrets hidden by nature. S.Zoledziowski's wide fields of research are displayed on WEB pages.
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