Is there really a black hole in the universe that can switch between time and space?

Updated on science 2024-05-19
13 answers
  1. Anonymous users2024-02-11

    That has not been confirmed, there is a black hole to the white hole structure diagram, that is, the black hole enters through the wormhole, from the white hole, many people say that this is a passage through time and space, or it may be that Hawking said that the wormhole can travel through time and space, everyone likes his theory, so I also believe in his person, I have always believed in it.

  2. Anonymous users2024-02-10

    No, what is needed for space-time transformation is to find a window in the universe that leads from three dimensions to four dimensions (a type of space-time tunnel), and then complete the transformation.

  3. Anonymous users2024-02-09

    From the observation of most scientists, black holes may indeed exist, but this is subject to the development of our scientific level, and we may see black holes in the future.

  4. Anonymous users2024-02-08

    There are countless black holes in the universe, and who revolves around whom is generally specified, for example, the earth revolves around the sun, and the sun revolves around the Milky Way, because there is a black hole in the center of the Milky Way, so it is okay to say that the sun revolves around the black hole, but it is not appropriate to say that the earth revolves around the black hole.

    Black holes eventually lead to the formation of singularities, but not inevitably. The formation of a singularity, the breakage of space, leads to the emergence of antispace, and at the same time detonates many black holes.

    At the same time, white holes and anti-space also exist, but anti-space and antimatter exist for a very short time, and white holes existed when primitive galaxies were formed, so they are not long. None have been observed at this time.

    Black holes appear to be constantly devouring objects, but inside the black hole are actually constantly compressing time and space, which can be understood as a black hole that converts matter into energy to compress time and space.

    When a black hole swallows an object to a certain amount of energy, or because of a collision between black holes, time disappears at a point (the beginning of time equals the end), and space is infinitely smaller. This is where the singularity is formed.

    The formation of the singularity, the disappearance of the space in the region, the chain causes the disappearance of other related spaces, this break is the emergence of anti-space, like lightning in the night, only the break in the universe is faster than the speed of light, the break can be said to occur synchronously, the speed is infinite, this is the singularity of the **.

    The rupture of space disappears, the ** of the singularity, the dense anti-space disappears like lightning, and countless lightning terminals continue to release energy, impacting space and beginning to form white holes, and the released energy collides at the speed of light and erupts matter to form new galaxies, which is why galaxies are disk-shaped.

    The white hole releases matter to form galaxies, due to the speed of light barrier in space, it is impossible to run in a straight line, and the white hole flips over the core of the galaxy formed at the end, which is also the reason why the core of the galaxy is spherical, because the edge of the galaxy is the white hole that erupts first to release the celestial body, so the age of the galaxy edge celestial body is older.

  5. Anonymous users2024-02-07

    Orbiting around a place called a "giant source".

  6. Anonymous users2024-02-06

    However, there is a theory that wormholes are a product of the curvature of space. As a result, wormholes are often thought of as a shortcut between two distant points in the universe. Wormholes are not only a shortcut to space travel, but also a passage to time travel!

    In this way, humans can fulfill their desire to travel through time and space through wormholes.

    According to Einstein's theory of relativity, as long as you move faster than the speed of light, you will see the phenomenon of time reversal. As for the conservation theorem of energy in physics, the theorem of mass in chemistry is applicable to our daily life and some microscopic phenomena. These laws cannot be proven to be applicable in a space that we cannot fully observe.

    In recent years, researchers at Euratom have found that there is a temporal asymmetry in the conversion process of positive and negative k mesons. This is the first time in the history of physics that time asymmetry has been directly observed, proving that time can be reversed more directly. Bell Labs in the United States has also obtained the same validation at the subatomic level.

    On the other hand, the unsolved mysteries of some of humanity's super-anomalous "premonitions" (such as the famous Edgar Casey prophecy) must also be based on the theory of "time reversal" in order to be scientifically plausible. The essence of future capabilities is to capture information across time and space, and any information transmission needs to be mediated by matter. Since information can "return" to the present from future time and space, the material itself should also serve as a medium.

  7. Anonymous users2024-02-05

    At present, mankind's understanding of black holes is only the tip of the iceberg, and scientists such as Einstein and Hawking have studied it one after another, but there are no exact research results.

  8. Anonymous users2024-02-04

    It's possible, according to Einstein's theory of relativity, that if you move faster than the speed of light, you'll see the phenomenon of going back in time. As for the energy conservation theorem in physics, the mass conservation theorem in chemistry, these are applicable to our daily life and some microscopic phenomena. And in a space that we can't fully observe, those laws can't be proven to work.

    Just like Newton's classical mechanics doesn't work in quantum mechanics. In fact, for"Can we go back in time? "The question is inconclusive, as it has not reached maturity either theoretically or practically, and is only speculated by some scientists.

  9. Anonymous users2024-02-03

    According to Einstein's theory of relativity, there may be space-time transitions in black holes, but this is only speculation based on theory, and there is no actual evidence.

  10. Anonymous users2024-02-02

    I think it's possible, according to Einstein's theory of relativity, as long as you move faster than the speed of light, you will see the phenomenon of going back in time. There will be a space-time shift.

  11. Anonymous users2024-02-01

    So far, there is no scientific proof that black holes in the universe allow us to travel through time and space. But theoretically, it's entirely possible.

  12. Anonymous users2024-01-31

    No. Because a black hole is just a gravitational object, it does not have the function of traveling through time and space, so it cannot go back in time.

  13. Anonymous users2024-01-30

    All current scientific theories are invalid for the interior of black holes, there are only some speculations, and no one has been able to experience it for themselves, and no one can give a clear answer to the question of whether they can travel through time and space.

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