High Energy Particle Physics

    

Theory of Vacuum

Authors: Alaya Kouki

According to quantum mechanics the energy of a corpuscle in its fundamental state is not equal to zero because of the principle of uncertainty: there is always fluctuations due to exchanging energy with vacuum. A corpuscle is considered as an harmonic oscillator exchanging energy with the exterior a quantity as an integer multiple of a certain amount of elementary energy which is the work of the friction force of the space-time from its rest state. The friction coefficient of space-time can be also considered as the mechanical impedance of vacuum. The framework of this article is to lean on all those assumptions to unify natural interactions including gravity in one spherical potential. As a consequence of this unification, black holes and shooting stars can be classified as separately natural interactions. Finally we propose three experiences to determine the mechanical impedance of vacuum and we dress limits of nature referring to two absolute systems of unities: the Planck system and the new one.

Comments: 26 Pages. Acknowledgments: Thanks for Jean-Pierre Petit , Patrick Marquet , Nathalie Debergh and Christian Corda for their directives, remarks, estimations & encouragements

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Submission history

[v1] 2020-09-01 05:54:19
[v2] 2020-09-09 09:17:08
[v3] 2020-09-24 12:03:59

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