Authors: Elkin Igor Vladimirovich
It is known that the global constant called the speed of light, which has the meaning of the limiting data transmission speed, is used in the theory of relativity. This rate is determined using the speed of light since no higher speed has been discovered. The constant called Hubble’s constant is also used in research. It means the rate of Universe expansion due to variation in the metrics. This rate is calculated per 1 mega parsec, but it can be calculated for any small distance. According to the axiomatic quantum field theory, there is a distance where axiomatic statements become ineffective when they are shorter. This variable is called distance quantum. Let us calculate Hubble’s constant according to this distance. In fact, the expansion rate is increased by this variable in transition from a distance quantum to the next one. The expansion rate and speed of light yield true data transmission speed. We have calculated the difference in the expansion rates in the different local areas. This difference leads to the difference in the forces of interaction in the different local areas, which makes it possible to discover the force that always results in attraction in all electrical interactions. The proposed calculation gives the value the order of which is close to the force of gravitational interaction. Other properties of this new force appear in explanations for the acceleration of Universe expansion and inertia.
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[v1] 2018-03-28 00:45:11
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