ABSOLUTE SPEEDS DETERMINED IN AN ENTIRELY QUANTIC SPACETIME BY ABSOLUTE DOPPLER-FIZEAU EFFECT

Ileana ROȘCA, Michel CONTE

Abstract


The entirely quantic space-time structured by a primary electromagnetic wave that is considered in the theory of volumetric, temporal, dynamic and deformable entities, allows to consider determining absolute speeds. This implies an absolute Doppler-Fizeau effect and the consideration of own time felt by atomic watches jointly to mobile bodies. Further, a theoretical extension that will overcome the effects of relativity is developed relatively to the half-live duration of owns and radioactive elements, which would be dependent on variable inputs of vacuum energy in reverse correlation with their absolute speeds. But the speed of light bodies does not get extra energy.

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References


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