What is Worm Hole Theory

 space#8 What A wormhole wondering right ...  This can lead us to time travel also ....

The wormhole theory suggests that the passing of theory over time can create shortcuts to long journeys in space. Worms are predicted from a common human point of view. But beware: worms pose a risk of sudden collapse, high radiation and dangerous contact with rare matter

Wormhole theory

Wormholes was first recorded in 1916, but that was not the case at the time. While reviewing one of the physicist's solutions to equations in Albert Einstein's theory of relativity, Austrian scientist Ludwig Flamm realized that another solution was possible. He also described the "white hole," which is a time of transformation of black ideas. Access to both black and white holes can be connected by a space timeline.

In 1935, Einstein and physicist Nathan Rosen used the theory of common communication to clarify this theory, proposing the existence of "bridges" during space. These bridges connect two different points during space, scientifically making a shortcut that can reduce travel time. Shortcuts were called Einstein-Rosen bridges, or wormholes.

All of this is very thoughtful now, "said Stephen Hsu, a professor of theoretical physics at the University of Oregon, who told my sister about the location, LiveScience. No one thinks we will ever find a worm anytime soon. "

Worms have two mouths, and the throat connects the two. The lips may be spheroidal. The throat can be simple, but it can also be round, taking a longer route than normal.

Einstein's theory of the common mathematical relationship predicts the presence of worms, but none have been found so far. An unpleasant wormhole can be seen in the way its energy absorbs light passing through.

Certain solutions to the common relationship allow for the presence of worms where each mouth is a dark hole. However, the natural black hole, formed by the fall of a dying star, does not make itself a worm.

 Going Through the wormhole

Science fiction stories are filled with traveling through wormholes but the problem is size Primordial wormholes  are expected to be present in small sizes, about 10to the power of -33 centimetres . However, as the atmosphere expands, it is possible that some may be extended to larger sizes.

Another problem arises from sustainability. The worms predicted by Einstein-Rosen will not help you with the journey because they fall quickly.

"You're going to need some kind of story to stabilize the wormhole," said scientists , "and it's not clear if this issue exists in the universe."

But recent research has found that a wormhole containing an “exotic” substance can remain open and unchanged for a long time.

The exotic story, which should not be confused with the black matter or antimatter, contains a density of negative energy and great negative pressure. Such an matteris only seen in the behavior of certain vaccum states as part of the quantum field theory.

If the wormhole had enough exotic matter, whether natural or artificially added, the overgrowth could be used as a means of sending information or space aliens. Unfortunately, the movement of humans through space can be challenging.

. "But there are strong indications that human  can travel but it's   restricted by the laws of physics. That is sad, unfortunate, but that is the guide to the things we point to."

Wormholes can only connect two different regions within the universe, and they can connect two different universities. Similarly, some scientists have speculated that if a single caterpillar's beak is transmitted in a certain direction, it would allow time to pass.

"You can go in the future or in the past using transversable wormholes," ​​scientists said . But it won't be easy: "It would take a Herculean effort to turn a worm into a time machine. It would be hard enough to get rid of a wormhole ".

However, British cosmologist  Stephen Hawking has argued that such use is impossible.

"The wormhole is not a way to go back in time, to be cut off, so that something that was far away is very close," said scientists .

While inserting a exotic matter into a wormhole can stabilize it to the point that human passengers can safely navigate it, it is possible that the addition of a "regular" matter would be enough to destabilize the portal .

Modern technology is not enough to enlarge or stabilize  wormholes , even if they can be found. However, scientists are still experimenting with the concept of space travel in the hope that technology will eventually be able to use it.

"You will need state-of-the-art technology," said scientists . "People will not do this anytime soon in the near future."

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Image source: Space.com