Wormhole

Wormhole

The wormhole is a theoretical path through space-time, which can create shortcuts for long journeys across the universe. Wormhole's prediction is done by the theory of general relativity. But be careful: wormholes bring with them the sudden collapse, high radiation and the dangers of dangerous contact with foreign substances.

A wormhole (or Einstein-Rosen bridge) is a speculative structure that connects uneven points in spacetime, and an Einstein field is based on a special solution of equations that have been solved using a Jacobian matrix and determiners. The wormhole can be seen from the two ends in the form of a tunnel, each at different points in space-time (i.e., at different places or at different points). More precisely, this is a transcendental bias of spacetime continuum, which is an asymptomatic projection of calibi-yo, which manifest itself in anti-deter space.

A wormhole is in line with the general principle of relativity, but whether the wormhole actually exists or not.

A wormhole can add a long light distance such as one billion light-years or more, small distances such as a few meters, different points in different cosmos or time.

Visualization of Wormhole

For a simple assumption of a wormhole, space can be seen as a two-dimensional (2D) surface. In this case, a wormhole will appear in the form of a hole on the surface, which moves into a 3D tube (the inner surface of a cylinder), then with another hole on the other side on the 2D surface with the same entrance door Reappears again. A real wormhole would be in line with this, but with the spatial dimensions raised by one. For example, instead of circular holes on a 2D plane, entry and exit points can be seen as shells in 3D space.

Another way to visualize Wormhole is to take a sheet of paper and draw two points away from one side of the paper. The sheets of paper represent an aircraft in the spacetime continuity, and two points represent a distance to travel, although theoretically a wormhole can twist the plane and add these two points, so the numbers are touching. In this way, it will be very easy to cross the distance because both points are now touching.

Faster-than-light travel using Wormhole

The impossibility of fast-to-light relative speed only applies locally. By allowing an impressive superluminal (fast-to-light) journey, Wormhole can ensure that the speed of light is not crossed locally at any time. When traveling through the Wormhole, the subluminal (slow-to-light) speed is used. If two points are connected to a wormhole, whose length is less than the distance between the wormhole, then the time it takes to cross it can be less than that time, when it travels through a path to light The ray will take place outside the wormhole. However, a light beam traveling through the same Vermohol will definitely beat the passenger.

Time travel using Wormhole

If the traversable wormholes are present, they can allow time travel. Using the travelable workhouse, the proposed time-travel machine will work in a fictitious manner: one end of the wormhole is accelerated to some significant components of the speed of light, perhaps with some advanced propulsion system, and then at the back point Is brought. Original. Alternatively, another way is to take an entrance door of the Vermohol and take it within the gravitational field of an object in which there is more gravity than the other entrance, and then return it to the position near the second entrance. For both of these methods, due to the spread of time, the cause of the end of wormhole, which has been taken for the short life, or "youth" became, seen by the external observer compared to the stable end; However, the timing connects from the outside of the Virhamhole differently, so that the clocks synchronized at both ends of the wormhole should always be equal to the things seen by a supervisor passing through Wormhole, even though the two ends. This means that a supervisor who enters the "youth" end will get out of the "old" end at that time, when it was a "young" age, it was effectively going back to time as it was from outside A supervisor had seen it. A significant limitation of such a time machine is that it is possible to return only in the form of the initial construction of the machine; It is more time rather than a path through time because it is a tool that automatically progresses through time, and this technique will not allow itself to be taken back in time.

According to the current principles on the nature of wormhole, the construction of a traversal wormhole will require the existence of a negative energy substance, which is often known as "foreign substance". More technically, Wormhole Spacetime requires the distribution of energy which violates various energy conditions, such as the weak, strong and major energy conditions, as well as the state of the weak energy. However, it is known that quantum effects can lead to small violations in the state of null energy, and many physicists believe that the negative energy required in quantum physics can actually be possible due to negative energy. Although initial calculations suggested that a large amount of negative energy would be required, later calculations showed that the amount of negative energy can be minimized arbitrarily.

In 1993, Matt went to argue that with such an induced clock difference, two mouths of a wormhole cannot be brought together without stimulating the quantum area and gravitational effects, which would either destroy the wormhole or two mouths Removing each other, or otherwise preventing information from passing through Wormhole Because of this, both mouths cannot be closed so that work due violation can occur. However, in a paper 1997, Vischer estimated that the configuration of a complex "Roman ring" (named after Tom Roman) of Vermohol, arranged in a symmetrical polygon can still function as a time machine. , Although his conclusion is that it is more likely. In classical quantum gravity theory, there is evidence rather than the fault that causality is possible.