GRAVITY RECONSIDERATION IN TRI-QUANTUM ENERGETIC SPACE - TIME EVTD2 WHERE THE POTENTIALS ARE EXPRESSED IN h QUANTUM ENERGETIC LEVELS. MASS TEMPERATURE ABOVE 0 K AND THE ZERO RESULTING POTENTIAL HAS A MAJOR ROLE WITH EMW

Ileana ROŞCA, Michel CONTE

Abstract


A new physics results from the quantum repartition of diffuse energy in a pace-time tri quantum. The energetic entities EVTD2 theory allows phenomenological explanations connected to the concerned process, especially in gravity. The quantified potentials and energetic fields in h result from electromagnetic emissions of masses brought to a certain temperature (black body). The understanding of these phenomena allows not validating the direct interaction between masses, proposed till present. It would be rather a simultaneous attraction to the masses from the zero resulting potential then considered as "mini black hole" that would attract the masses towards him. In this “black hole” EMW acts and ensures compacting of quantified energetic levels. Illustrations of these various processes are proposed for two identical, different masses and the case of the free fall of bodies.

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References


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