Scientists from Germany have created a theory that allows instant transitions in the form of "wormholes" in space-time

Wormholes, wormholes, or so-called tunnel junctions in space-time that allow almost instantly move from one part of the Universe to another is an integral part of any fantastic works.

But the new scientific work of German scientists shows that such elements may well really exist. They even in their work were able to theoretically substantiate the existence of wormholes and even became closer to understanding the process of their work.

Wormholes and the theory of relativity

Wormholes appeared in modern physics with the advent of the General Theory of Relativity, which was published in 1916 by A. Einstein. So, according to Einstein's theory, there are four dimensions in our Universe: three spatial and the fourth - time.

Together, they form what all modern physicists call space-time. And it is precisely this space-time that may well be stretched or even curved by supermassive objects, for example, stars.

Well, if curvature is permissible, then one cannot completely exclude such a possibility as the maximum convergence of distant points of the continuum to a minimum distance (the formation of wormholes).

So from the point of view of mathematics, such a short path is in principle possible, but in reality, of course, no one observed it.

According to the early theory, in order to successfully overcome such a spatial transition, a special form of matter is needed, which will have a negative mass.

But the extreme work of a group of physicists led by Hosk Luis Blasquez-Salcedo (University of Oldenburg), which was published in journal Physical Review Letters, showed a new approach, which in theory will allow you to overcome wormholes without using negative matter.

A new theory for overcoming wormholes

So scientists have chosen the so-called semiclassical version, in which elements of the theory of relativity were combined with quantum theory, as well as with the canonical theory of electrodynamics.

So in their scientific work, physicists considered electrons as the first candidates for overcoming wormholes.

For the mathematical description of the process, the Diekard equation was chosen with the introduction of Paul Diekard into the model.

At the same time, the combination of quantum theory, as well as the theory of relativity, fully admitted such conditions, in which charged elementary particles can pass through wormholes without any consequences.

Of course, this theory does not allow even the theoretical possibility of moving such large objects as spaceship, but electromagnetic radiation, and, consequently, communication may well turn out to be real.

So, in theory, it is more than real to call the other end of the universe and talk in real time.

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