Could a black hole be a gateway to a higher dimension in the universe?

The black hole** we see is only a shadow of a black hole. The object or space in a black hole may be a passage to another planet or to a higher latitude.

The gravitational pull of a black hole is so strong that the space around it is distorted. We currently live in three-dimensional space, and spatial distortion and the properties of black holes allow black holes to form hypergeometric structures inside black holes, and Hawking is a leading proponent of this idea. As long as the hypergeometry is formed, the spatial structure and time of the black hole will change, thus opening the way to the higher-dimensional space.

No, because the universe is a celestial body that devours the planet, it is not a passage, it only destroys the planet.

No. Because black holes are only special celestial bodies in the universe, they will not be a passage to higher dimensional spaces in the universe.

A black hole is a five-dimensional space. In fact, the universe is essentially a multi-dimensional space-time world, but the current space on our earth is a relatively simple three-dimensional space. The black hole is in a five-dimensional space, which can be understood as a distortion of the four-dimensional space along the fifth dimension, and is pierced along the fifth dimension in the distortion, that is, a wormhole in the five-dimensional space of the four-dimensional space.

Nature of Black Holes:No matter what kind of material forms a black hole or what shape it is, black holes have no complex properties. As soon as something falls into a black hole, the area increases; If two black holes are combined into one, then the area of the new black hole formed by the merger will be equal to or greater than the sum of the original two black holes, that is, the area of the black hole will never decrease, which is called the black hole area does not decrease theorem.

We call the world we define as a three-dimensional world, so with us as the center, the mass of matter is greater in the lower dimension, and the mass is small in the higher dimension. You can make an arrangement: zero-dimensional (black hole), one-dimensional (wormhole), two-dimensional (dark matter), three-dimensional (positive matter), three-point-five, or four-dimensional (antimatter).

The lower the dimension, the more singular the world law, and the higher the dimension, the richer the law. Therefore, if you want to make a quick jump, you have to go down from a higher dimension to a lower dimension (release a lot of energy), and if you want to reach a richer world, you have to go up from a lower dimension to a higher dimension (which consumes a lot of energy).

<> according to current physical theories and experimental observations, black holes are not considered to be a gateway to four-dimensional space. A black hole is an extremely compact celestial body whose mass is concentrated in a very small space and therefore has an extremely strong gravitational pull. When matter is attracted close enough to the black hole, it is sucked into the black hole and there is no way to escape.

Current theories suggest that black holes are attractive to any form of matter, including light. When the light is close enough to the black hole, it is captured by the black hole's gravitational pull and disappears along the black hole's event horizon. Thus, a black hole is actually an inescapable end point for matter and energy, rather than a passage to other spaces.

With locust. However, some theoretical physicists have raised the question of the "information paradox" of black holes, which is whether matter and information are sucked into the black hole and disappear forever, or whether they are re-released in some way. These questions have not yet been definitively answered, so the nature and role of black holes remains an active area of research.

Black holes do not have a dimensional concept like objects in the universe that we are familiar with, because a black hole is not an object in itself, but a phenomenon or state, which is a distortion of space-time. We usually think of the universe as being four-dimensional, that is, three-dimensional space plus time in the fourth dimension. The formation and evolution of the black hole involves extreme cases of relativity and gravitational theory, and its existence requires a deeper understanding of these theories, as well as a deeper understanding of the nature of the universe and the structure of the bumper head.

Summary. Kiss <>

I'm glad to answer that a black hole is not a dimensional object, but an astronomical phenomenon. Physically, a black hole can be described as a singular body with mass, spin, and charge, and its gravitational field is so strong that even light cannot escape, so the space in which the black hole is located is still three-dimensional, but in the vicinity of the black hole, space may be bent due to the influence of the gravitational field. <>

<> black hole is a multidimensional space.

Kiss and erect old branches <>

I'm glad to answer that a black hole is not a dimensional object, but an astronomical phenomenon. Physically, a black hole can be described as a singular body with residual mass, spin and charge, and its gravitational field is so strong that even light cannot escape, so the space where the black hole is located is still three-dimensional space, but in the vicinity of the black hole, the space may be bent due to the influence of the gravitational field. <>

Kiss <>

As follows, a black hole is an astronomical phenomenon, usually defined as a region with a very strong gravitational attraction that absorbs all matter, and physically, a black hole can be described as a singular body with mass, spin and charge, its gravitational field is so strong that even light cannot escape, and the cause of a black hole is usually that a very massive celestial body collapses into a very small and very dense object after exhausting its internal nuclear fuel. <>