THE PRECESSION OF THE ROTATION AXIS OF A SPHERE ROLLING ON A ROUGH SURFACE EXPLAINS THE ONE OF EARTH EQUINOXES: BY HIS DISPLACEMENTS IN ORBIT AND ROTATION IN AN ENERGY SPACE-TIME TRIQUANTIC EVTD2

Ileana ROŞCA, Michel CONTE

Abstract


The paper extends the theoretical and experimental researches on the mechanical behaviors of a sphere rolling on a rough surface [1]. Experimentally, the ball is initially animated in a rotation movement around an axis parallel to the surface, and then gently dropped to evolve following its initial rotation on the rough surface. The findings show perfectly a precession movement of the rotation axis during a linear trajectory. This behavior agree with the approach in theoretical mechanics which is proposed in [1], so it is the roughness on the surface that is the cause of this precession in such cases. By analogy, the very long duration of precession of the equinoxes of Earth (almost spherical and slightly rough) recommends that Earth, in contact with a space-time EVTD2 quantum sorting, creates by its rotation mechanical effects due to an equivalent of roughness between its surface and space energetic Substratum (dark matter and energy).

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References


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