Can black holes warp space? Is there anything that exceeds the speed of light? 15

Updated on science 2024-05-13
16 answers
  1. Anonymous users2024-02-10

    Because the mass of the black hole is too large, the space-time is extremely distorted, like a steel ball pressed on a soft floor, and the iron ball is no longer visible after sinking. All matter that goes in cannot come out, including light.

    Until now, no matter with mass can exceed the speed of light, and recently it has been heard that neutrino experiments have been faster, but it has not been recognized. According to the theory of relativity, it takes infinite energy for a matter with mass to accelerate to the speed of light, so no matter can exceed the speed of light.

  2. Anonymous users2024-02-09

    In fact, any matter can distort space-time, but only by the magnitude of black holes can distort space-time Faster-than-light matter is currently inconclusive, and it is generally believed to be neutrinos. On macroscopic matter, some reports say that the mass thrown out of a neutron star is several times the speed of light.

  3. Anonymous users2024-02-08

    The gravitational pull of a black hole does not distort space but light, and gravity can bend light, so some of the celestial bodies and space we see are distorted or pulled up, and no matter has been found to be able to move beyond light.

  4. Anonymous users2024-02-07

    1.Our space could have been distorted, but we're used to it!

    2.If something exceeds the speed of light, then the next universe will be created as a result of this event!

  5. Anonymous users2024-02-06

    1.Yes, and as you suck it, it will get redder and redder.

    2.This one is not clear, there should be none.

  6. Anonymous users2024-02-05

    Summary. Hello dear and happy to answer for you Yes. According to current scientific understanding, a black hole of any mass has an event horizon, which is a region that exceeds the radius of a black hole in which the gravitational pull is so strong that not even light can escape.

    The event horizon is the boundary of a black hole, and once an object has crossed this boundary, it cannot return. Whether it's a small black hole or a supermassive black hole, as long as it's massive enough, it forms an event horizon that makes it impossible for light to escape. I hope I have provided you with a <>

    To put it bluntly: a black hole is an infinite mass and dense celestial body, with a very strong gravitational pull that makes it impossible for light to escape. Is this statement correct?

    Hello dear, it's a pleasure to answer for you Yes. According to current scientific understanding, a black hole of any mass has an event horizon, which is a region that exceeds the radius of a black hole in which the gravitational pull is so strong that not even light can escape. The event horizon is the boundary of a black hole, and once an object has crossed this boundary, it cannot return.

    Whether it is a small black hole or a supermassive black hole, as long as its mass is large enough, it will form an event horizon, so that light cannot escape. I hope that the content I have provided will help you <> back home

    This statement is correct.

    But aren't there many types of black holes? Is it possible to generalize like this?

    According to current scientific theories, as long as it is a black hole, light cannot escape.

    If there are new discoveries or new scientific evidence in the future, there may be a different view of this view.

    A black hole is a celestial body with an infinite mass density." Is this true? Aren't there many types of black holes?

    Could it be that all black holes have infinite mass density?

    This is not true. There are many types of black holes, and theoretically they are divided into many different types according to their mass and rotation.

    Not all black holes are infinitely dense in mass.

  7. Anonymous users2024-02-04

    A black hole is a cave that has no lights, so it's dark. Black holes come in a variety of shapes, and there is no indication that they must be three-dimensional or distorted planes.

  8. Anonymous users2024-02-03

    The black hole model in interstellar travel is said to be the most scientific to date, so you can imagine it. In addition, the mass of the black hole is so great that it bends the space, not absorbing the light, so the light takes the shortest path in space, the space itself bends, and when it reaches the horizon of the black hole, the space closes and the light has no way out. Mass distorts space, creating a gravitational effect.

    A black hole is formed by the collapse of material from a star that has run out of fuel. The tissue is attracted to the center of the star, forming a very dense but very small sphere.

    <> sphere will basically have the same properties as the original star, such as the direction of rotation, the speed of rotation (the original angular velocity is the same, you can imagine the rotation of the Earth, after the Earth becomes a ping-pong ball, the rotation speed is one week per day. much slower). It can be shown that a black hole is spinning and attracting surrounding matter, and several relatively light matter flowing out of the black hole by the poles (the fastest linear velocity and the slowest angular velocity relative to the Earth and equatorial positions, and the slowest linear velocity is the angular velocity of an axis, the fastest), can be tried with an elliptical magnet that rotates at high speed, with the surrounding magnetic sand, and when it reaches a certain amount, it is thrown out of the magnetic poles.

    I don't think black holes will go away, but they won't grow indefinitely.

    For black holes, our most authoritative scientists also have different theories and opinions, every few years there are new black hole views and theories, before it was said that a black hole is a sphere that has dropped to a very high density, now it is said that there is nothing in the black hole, the space in front of the black hole can be torn and deformed, and light can also be, so the space is broken a hole, what is outside the hole? You're right, it's another place, a world we don't understand, parallel universes, wormholes, other dimensions, whatever you want.

    Do a detailed interpretation of the problem, I hope it will help you, if you have any questions, you can leave me a message in the comment area, you can comment with me more, if there is something wrong, you can also interact with me more, if you like the author, you can also follow me, your like is the biggest help to me, thank you.

  9. Anonymous users2024-02-02

    The distorted space is terrifying, and it's very dark and cold inside, and there's a lot of messy sounds.

  10. Anonymous users2024-02-01

    Distorted space is a four-dimensional space. If we get into there, it's just going to be some data.

  11. Anonymous users2024-01-31

    In the distorted space, you can see the same people in different planes and communicate with each other.

  12. Anonymous users2024-01-30

    Science is constantly evolving, and a lot of progress in science can directly drive the progress of the world, this is really not a joke, for example, Einstein's theory of relativity, has been proposed for many years, even now there are many uses, especially for the exploration of the universe, many people think that black holes are a medium beyond the speed of light in the theory of relativitySo at this time, people will also be confused, scientists say that the black hole space is distorted, with the current technology of human beings, can detect the distorted space? In fact, in terms of this technology, it is still impossible to detect distorted space, and it is too difficult, so let's analyze it in detail.

    First of all, we have to talk about the problem of relativistic travel, which believes that the speed of light in the universe is the fastest and constant speed, in other words, that is, as the existence of a communication medium, at this time, if something can exceed this speed, it can directly travel through things like that, such as going back to the past and crossing the future, but there is a big bug in returning to the past, you can also go to the Internet to take a look at the information, and this medium beyond the speed of light, the physicist noted later, Newton gave the answer, and that was black holes.

    Black holes have a very powerful devouring ability, even if the planet can be devoured, it is also considered to be a medium that can be traversed, which is also a lot of evidence, and the black hole space can be distorted, which means that it exceeds the speed of light, distorting the concept of time and space, this is theoretically provable, but now human scientific and technological means want to detect distorted space is still not possible.

    But the situation in the future is different, after all, science is constantly improving, there is already a foundation, future generations can use and then continue to explore and progress, this is also something worth looking forward to, but this time is a long time ago, after all, the level of black holes is really difficult to discover and explore, and the danger factor is too great.

  13. Anonymous users2024-01-29

    With the current technology of human beings, it is impossible to detect the distorted space, because the properties of the proton molecules in the distorted space are uncertain, and more sophisticated instruments and more advanced science and technology are needed.

  14. Anonymous users2024-01-28

    No, because the current science and technology are very limited, and humans cannot do this at the moment.

  15. Anonymous users2024-01-27

    I don't think so, because human technology is not that advanced at the moment.

  16. Anonymous users2024-01-26

    Because the space environment near the black hole is distorted, it appears to an outside observer that photons are attracted to the black hole. We all know that in the observable universe, black holes are one of the most terrifying objects we have ever discovered. He is mysterious, entrenched in every corner of the universe;

    The terrifying devouring ability makes anyone shy away from him. In the first half of this year, NASA announced the news that there is a very likely miniature black hole at the edge of the solar system, which also shocked the world and caused panic among countless netizens.

    The huge gravitational pull of the black hole has expanded to the point of being almost omnipresent. It is said that even photons that travel at the fastest speed in the universe can be captured by black holes; But then again, light is not an object with mass, but a body of energy without mass; Why is it attracted to black holes?

    The question is quite interesting. In fact, when the black hole theory was first created, Schwarzschild, a famous American physicist in the last century, was thinking about it based on the basic assumption that "the infinite collapse of Schwarzschild singularity can distort light".

    The Schwarzschild singularity, right in the center of the black hole's accretion disk, is what gives the black hole its terrifying devouring ability. According to Einstein's general theory of relativity, the essence of gravity is a distortion of the space-time environment; The change of space-time causes the fluctuation of gravity, and the fluctuation of gravity disturbs the space-time environment.

    A black hole is a point where gravity has collapsed to the extreme. As a result, the space around it has become distorted and complex to the point where it is difficult to distinguish; To an outside observer, photons are enveloped in these spaces as they pass through the Schwarzschild radius of a black hole, as if they were captured by a black hole.

    However, this is because humans can only look at things from a three-dimensional perspective, which leads to misjudgment. In fact, if we look at the photon motion from the center of the black hole, we can see that the light escapes the radius of the black hole at a very fast speed.

    In fact, this is one of the predictions that the "general theory of relativity" brought to mankind in 1930.

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