If there is a wormhole in the Milky Way, can we find it?

A: A wormhole is a space-time tunnel in the universe. Whether humans can find wormholes or not is of little significance, because it is a very distant thing for humans to fly out of the solar system, and for the search for wormholes, as long as you look for abnormal gravitational forces.

We can't find them at the moment, because they're still very well hidden. Then so high-tech did not find them either, which is very difficult to do, maybe it can be found later.

Don't say that there are wormholes in the Milky Way, there are also wormholes in the solar system. The existence of wormholes is the only way for human beings to get out of the solar system, because it is the only one that can change the dimension of space, so that the spacecraft is not limited by the laws in three-dimensional space, and avoids the unlimited energy consumption of the spacecraft in the interstellar flight! The disadvantage is that science and technology cannot find it, it does not interfere with electromagnetic phenomena at the same time, and it is like a transparent glass tube falling into the water of the sea, so that people can not see it, this is the mystery of wormholes Let the tangible exist invisible!

Blindfolded.

In general relativity, wormholes are distortions of space-time geometry. If it exists, humans could find wormholes in the galaxy. Because the power of science is endless.

If humans want to find wormholes, it will take a few million years. There is now a great deal of corruption in human beings, which hinders the progress of science and makes it even slower.

In this case, we humans can't actually find it, because the galaxy is moving, moving, moving every day, so we can't find it at all.

Yes, because now the science and technology of the branch cavity are very developed, and the number of scientific and technological products is also relatively large, which can promote social development, and can be used to understand many unknown secrets of the universe.

I think it's going to be discovered by humans, because humans are very great.

If there is a wormhole in the Milky Way, although it may not be discovered by humans for the time being, it will definitely be discovered by humans in the near future.

Black holes are the product of extreme curvature of space-time, and so are "wormholes". But the "wormhole" is a passage that connects two points in space-time. Although both are derived from Einstein's theory of relativity, black holes have been demonstrated by many parties, and "wormholes" remain in the imagination.

The black hole is like a bottomless abyss, which makes people dare not get close. But people have an inexplicable good impression of the "wormhole".

Theoretically, as long as the openings and passages of the wormhole are large enough and can remain open and stable all the time, we can cross it, break the barriers of time and space, and come and go freely in the universe.

But the stability of the "wormhole" requires "negative energy", otherwise it will be pulled down by gravity.

This "negative energy" is a physics concept. It is largely the result of mathematical calculations, and only then can the equation be true. No one knows if these things can really exist in reality.

Even recently it has been claimed that "negative energy" has been synthesized in the laboratory.

If "negative energy" really exists, then "wormholes" should also exist. However, to this day, no one has ever discovered a "wormhole" in the universe.

But that doesn't stop people from trying to imagine "wormholes". Last year, an article in the Monthly Notices of the Royal Astronomical Society made it clear that "wormholes" could occur at the centres of certain galaxies.

It is thought that supermassive black holes exist at the center of bright galaxies. Black holes produce jets of gamma rays as they devour matter. These scientists believe that if there is a "wormhole" in the center of the galaxy, a similar phenomenon will occur.

Substances that enter the wormhole will also produce intense gamma rays when they encounter the matter that passes through the wormhole. The difference is that the gamma rays produced by black holes are in the shape of narrow beams, while the gamma rays produced by "wormholes" are confined to a spherical region and are more intense.

It is not only matter that can pass through the "wormhole", but also gravity. The additional gravitational influence of exotic space-time causes stars orbiting "wormholes" to behave abnormally. If we can identify these anomalies, we can tell if there is a "wormhole" in the center of the galaxy.

But the "wormholes" that exist in the center of active galaxies are not human-friendly because the temperature there is too high. Anything that comes close to them will be crushed, turning into hot particles and even energy. But who can say that no "wormhole" can exist in a place where the environment is not so harsh?

Interestingly, it has recently been reported that astronomers have discovered many radio circles of unknown origin in the universe. These strange circles that exist in the radio frequency bands cannot find any entities that can be corresponded, and people can't help but think about it.

The wormhole "carries too many beautiful fantasies on us. Space jumps, instantaneous communication, parallel universes, and even time travel ......Whether or not the "wormhole" exists in reality, it has become a part of human culture.

Wormholes are calculated, imagined, and exist only in the equations of scientists. So far, scientists have not found any signs of the existence of "wormholes" in the universe at all.

In the imagination of scientists, wormholes also have some visible properties. For example, a wormhole is thought to be a thin tube of space-time connecting distant regions of the universe, so if there is a wormhole in the Milky Way, it must be a space-time region that may have a definite size.

If an object suddenly disappears when it reaches this region of the Milky Way, or if something suddenly appears in a region, then that region may be a port to a wormhole.

So far, however, our observational capabilities have been very limited, and no such region has been found in the Milky Way.

It can definitely be found, but the current state of technology can be difficult. However, we humans should currently look for celestial bodies in space, and many times they are calculated through observation and mathematics. So as long as the wormhole itself exhibits extraordinary mathematical properties, then it must be relatively easy to calculate.

Yes. Because human science and technology are constantly advancing, and the study of the universe is becoming more and more perfect, we should be able to find it.

I think it's difficult, the Milky Way is so big that even if there are wormholes, it's hard to find. But I believe that with the development of science and technology, there is still a certain chance of finding it.

3. Most of the time, the entrance to the wormhole is not the center of the Milky Way, and it will also exist in all corners of the Milky Way, and it is likely that there will be multiple wormholes in the universe. In fact, for us, the quotations are too large so far, and because of this, human beings have crossed less of the elements of the universe, so they have little knowledge of wormholes, and most of the time if the impulse does exist, then it is not in the center of the galaxy of the flesh, it may be in all angles in the rain, so it is more necessary for human technology to further explore.

In fact, most of the time, the entrance of the wormhole is not the center of the galaxy in the universe, and the location of the wormhole may be in all corners of the universe, so it should be investigated according to the actual situation.

The center of the Milky Way is not the entrance to the wormhole, and there is not only one wormhole in the center of the galaxy, there may be countless wormholes in the universe.

No. Because the center of the Milky Way is a celestial body with a lot of mass and gravity, not the entrance to the wormhole.

So far, there is no scientific proof that the center of the Milky Way in the universe is the entrance to the wormhole. All are inferences and speculations by scientists.

The universe is a very mysterious existence for anyone, after all, the scope is too big, so to speak, our earth is a planet, we think it is very big at the beginning, but at the level of the universe, it is just that, very normal and tiny existence, at this time we began to study the Milky Way,After discovering the existence of super black holes, people began to wonder whether the center of the Milky Way galaxy could be the entrance to the space-time wormhole. This is a possibility, after all, the center of every galaxy is a superblack hole.

First of all, for the problem of human traversal, scientists have been exploring a lot, such as the more famous Einstein's theory of relativity, in which the special theory of relativity mentions the problem of direct traversal, that the speed of light is a property of the cosmic system, which can transmit information in the universe**, etc., at this time, if the speed of human beings can exceed the speed of light, the effect of traversal can be achieved, such as going back to the past and crossing the future, indeed in fact, This can be theoretically achieved, but it will take some time.

Later scientists also have a certain expansion of this research, in fact, there are still conditions, such as the medium of crossing, among which the famous modern scientist Stephen Hawking has published, the need for black holes to cross, this is a very strong medium, every day there are a lot of crossings in the universe, is done through black holes, after scientists and astronomers continue to observe the universe and found that in fact, there is a super black hole in the very center of every galaxy, whether it is volume, mass, or attraction is many times that of ordinary black holes.

So from this point of view, this can be the entrance to the space-time wormhole, after all, it is too big, and it is in the very center of each galaxy, the location is indeed a very good geographical advantage, everything can be used as the entrance to the space-time wormhole according to the theory, but the specific cannot be guaranteed.

No, because there can be no wormholes in the galaxy at all, there are only black and white holes in this world.

At the center of the Milky Way is a huge luminous sphere made up of many stars. Is the entrance to the space-time wormhole unknown?

No. Because the center of the Milky Way is a black hole with great gravity, it has no function of traversing, so it is not the entrance to the space-time wormhole.