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Pré-Publication, Document De Travail Année : 2022

Time-Energy Heisenberg Principle Incertitude and Spacetime Curvature

Résumé

This paper gives a possible theoretical explanation for the gravity field creation from energy/matter object, and may also provides an explanation of how a wave function collapses. In our last paper "Spacetime curvature, a potential result of the quantum mass/energy Information Entropy" submitted to Foundation of Physics, We have defined that everything may be described by a time-dimensional signal-Information that travels certainly in time dimensions or in the Time paths but not necessarly in space. In each quantum field, thanks to the Heisenberg time-energy principle, virtual particles and antiparticles may exist in space during ∆t. However, in presence of a massive object, ∆t is transformed to a shorter ∆t but only for the virtual particles and not for the virtual antiparticles that their creation duration remains ∆t. This duration time assymetry transformation is what we call the gravity effect. The ∆t is a time duration where all the signal-Information coming from the neighboring locations may be added. It is the duration threshold of signals summation or the interference threshold duration capacity. If ∆t is transformed to a quite shorter duration ∆t in the presence of a high energetic/massive object, then the summation or the interference of the signals will probably reduced or even vanish: a real particle is created from a virtual one with no interference effect and hence makes waves function collapse.
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Dates et versions

hal-03654775 , version 1 (28-04-2022)

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  • HAL Id : hal-03654775 , version 1

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Hind Zaaraoui. Time-Energy Heisenberg Principle Incertitude and Spacetime Curvature. 2022. ⟨hal-03654775⟩
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