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Heisenberg Uncertainty principle shows that higher dimensions exist and manifest through virtual particles
The biggest problem in contemporary physics is the concept of unidirectional time dimension. That is creating a shield that does not allow us to see beyond our three dimensions.
However, Heisenberg Uncertainty principle throws some light. Indirectly it shows that shows that higher dimensions exist and manifest through virtual particles.
In many decays and annihilations, a particle decays into a very high-energy force-carrier particle, which almost immediately decays into low-energy particle. These high-energy, short-lived particles are virtual particles.
The conservation of energy seems to be violated by the apparent existence of these very energetic particles for a very short time. However, according to the above principle, if the time of a process is exceedingly short, then the uncertainty in energy can be very large. Thus, due to the Heisenberg Uncertainty principle, these high-energy force-carrier particles may exist if they are short lived. In a sense, they escape reality's notice.
The bottom line is that energy is conserved. The energy of the initial decaying particle and the final decay products is equal. The virtual particles exist for such a short time that they can never be observed.
The fact that these particles conceptually exist when we agree to an infinitesimal time, confirms the theory that higher dimensions exist.
The virtual particles show up and disappear into the higher dimensions. Otherwise the conservation of energy principles are violated.
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