How many universes are there in the world? Are black holes junctions?

Yes, there are countless universes in the universe, there are three-dimensional universes, four-dimensional universes, and material universes. At least 200 planets in our three-dimensional material universe have life. When aliens from other universes come to our universe, they will turn into invisible and intangible, electrographic ions before entering the black hole, and when they pass through the black hole, they will turn back into the prototype.

If humanity wants to reach this level, it will take tens of thousands of years. If extraterrestrial life in the universe is to come to Earth at a distance of light years, it will be realized through wormholes, and super-developed life forms may fold space and reach Earth in an instant.

A black hole is a five-dimensional entity that connects two parallel universes, because the universe is four-dimensional, and the one that connects the four dimensions is one level higher, just like a line that completely connects 2 points, a surface that completely connects 2 lines, and a body that completely connects 2 faces.

It is recommended that you read some genealogical works before asking this question. For example, a brief history of time, the universe in the shell, the strings of the universe, etc.

There are many universes, but these universes are not connected. All of the universe is within a solid substance. The universe is so big that there is space in this solid matter. Black holes are also just extremely dense objects, and they are not completely blown up in the big **.

Upstairs is well said, but I think everything is three-dimensional, the difference is only the big three-dimensional, the small three-dimensional! The dimension of time is not an entity, it doesn't count!

There may be countless black holes, but at the current level of human beings, they may not be able to detect so many, and there may be very few that can be discovered, but it cannot be ruled out that there are all kinds of black holes in the universe waiting for people to explore.

On March 14 last year, the news of Hawking's death was regretted all over the world. And netizens said that Hawking did not leave, but just went to the stars of the universe. For the exploration of the universe, human beings have never stopped, and a team led by a Chinese-American female scientist discovered that the universe's supermassive black hole is 17 billion times more massive than the sun.

In 2016, the National Aeronautics and Space Administration (NASA) announced the discovery of a supermassive black hole at the center of the NGC1600 monster galaxy, and the discoverer was a team led by Ma Zhongpei, a Chinese-American female scientist. This super-large black hole is 200 million light-years away from the Earth, and although there are only about 20 small galaxies at the center of the NGC1600 galaxy, its mass is 17 billion times that of the Sun, and the largest black hole discovered so far is 21 billion times the mass of the Sun, and this black hole is also the second largest black hole discovered so far.

According to the team of scientists, the discovery of the super-large black hole is located in a remote location of the universe, just like in a city and countryside, the discovery of this super-large black hole also made them begin to pay attention to the remote areas of the universe, which will be conducive to further understanding of the evolution of the universe, because now human beings still know too little about the universe. Scientists also believe that the discovery of this super-large black hole also means that super-large black holes in the universe may be more common than expected in the future, and it is not impossible that there will be even larger and more black holes in the future.

We often hear about black holes, but many people may not know what exactly a black hole is. The black hole is the most peculiar and mysterious celestial body in the universe, with super gravity, and this super gravitational force cannot escape its "clutches" even the fastest speed of light in the universe, and will be pulled by it. Black holes are also formed in time and space, and will continue to accretion of the surrounding matter, thereby increasing their own mass.

It can be said that if two black holes collide with each other, it is enough to be disturbed, but if all the black holes in the universe collide together, it is simply unimaginable.

Mankind has never stopped, and a team led by a Chinese-American female scientist has discovered the universe's largest black hole, with a mass 17 billion times that of the sun. However, it is 17 billion times the mass of the sun, and the largest black hole discovered so far is 21 billion times the mass of the sun, and this black hole is also the second largest black hole discovered so far.

It will be useful to further understand the evolution of the universe, because it is true that human beings still know too little about the universe.

Black holes should have an infinite number of handles, and with our current capabilities, they cannot be easily explored in the universe.

The largest black hole is currently 196 billion times larger than the Sun, and the second is 66 billion times larger than the Sun.

We have even explored 1 in 100 million exabytes of the entire universe, and you ask how many black holes are there in the entire universe?

I don't know, there may be a lot, after all, the universe is so big, and we haven't stepped out of the galaxy.

A team led by a Chinese-American female scientist has discovered a cosmic black hole with a mass 17 billion times that of the sun.

Black holes were first calculated by German mathematician Carl Schwarzschild, in the black hole around anything whether it is signal, light or matter can not escape, space-time here has become a bottomless pit, such a place that cannot be seen, touched or detected is called a black hole.

According to modern astronomical theory, the core of almost every galaxy should be a black hole.

In addition to this, there are also black holes that do not have galaxies around them. These black holes can only be discovered when they devour other celestial bodies and eject material outward.

In the process of a black hole devouring other celestial bodies, the engulfed celestial body rotates around the black hole at an extremely high speed, thus emitting a stream of high-speed particles at both ends in the center of the vertical plane of the rotation plane, thus forming the most spectacular "super cannon" launch in the universe. Humans have discovered black holes by detecting these phenomena.

No one knows how many black holes there are in the universe, but there are probably more galaxies than galaxies, there are at least 100 billion galaxies in the observable universe, and the number of black holes is unimaginable.

A black hole is an infinite contraction of matter, when the radius is less than the Schwarzschild radius, it can form a black hole, like the radius of the earth shrinks to only 9 mm, so the mass and volume of the black hole belongs to the micro-black hole, according to the existing scientific theory, its own evaporation will be very fast, and it may not have swallowed enough matter to grow itself before it is gone. The other type is stellar black holes, stars with a mass of more than ten times that of the Sun, which will become black holes in the final stage of evolution, constantly devouring matter, and if there is enough material around them, they can continue to grow and expand. There is also a category of massive black holes, which are thought to be the result of the growth of stellar black holes.

After the formation of a black hole in the later stage of evolution, there are countless materials around it that can be swallowed, and the matter in the gravitational influence range gathers to form a disk of galaxies, and the substances in it can attract each other to condense to form stars and other celestial bodies, so galaxies are formed. Each galaxy** is a supermassive black hole, and the mass of the Milky Way** black hole is estimated to be 4 million times the size of the Sun.

Black holes are difficult to observe, first as a theory, and later as speculation from the movement of surrounding nebulae, and now it is possible to observe the scene outside the event horizon of a black hole through gravitational lensing and event horizon telescopes (a combination of signals from a large number of telescopes distributed around the world), and it is already certain that they are real. There are about 100 billion galaxies in the observable universe, and there are several types of black holes, so it can be inferred that the number of black holes in the universe will also be very amazing.

Scientists have observed that there is a massive black hole at the center of several galaxies, such as our Milky Way, the Andromeda Galaxy, etc., and there will be a varying number of small black holes in each galaxy. The observations of scientists are proof of this. But I think that every galaxy cluster and even the entire universe will eventually be engulfed by a black hole, forming a super black hole, which can also be called a primordial black hole, which is the singularity of the next universe, and the primordial black hole is also the form before the formation of the universe.

How is it possible that there is only one black hole, a black hole is formed by the collapse of a very massive celestial body, as long as the mass is large enough, it is possible for it to collapse into a black hole, and now every known galaxy has a very massive black hole at the center, so there is much more than a black hole.

The universe is vast, there are a lot of black holes, and black holes are just a kind of celestial body, and there are so many of them in the universe that any high-quality star can collapse into a black hole after death.

No. Because there are many black holes in the universe, and almost every large galaxy has a black hole in the middle, there is not only one black hole in the universe.

According to the latest research, scientists believe that black holes may be wormholes on the way to other universes. If this theory is correct, it could help explain quantum puzzles such as the information paradox of black holes, but critics point out that it will also create new questions, such as how wormholes are formed.

A black hole is an object with a strong gravitational pull, and no object – not even light – can escape after entering the boundary of its event. According to Einstein's theory of general relativity, a black hole can be formed from any matter as long as it can collapse into a small enough space.

Although black holes cannot be seen directly, astronomers deduce the location of some black holes by observing the surrounding material.

However, from the Institut des Hautes Etudes des Sciences (Institut des Hautes Etudes des Études) in the Bures-sur-Yvette region of Paris

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scientifiques) physicist Thibauult

Damy and Sergey from the International University of Bremen, Germany

Solodukhin proposes a new idea, that these so-called black holes are actually wormholes.

A wormhole is a curved passage that connects two different places in a space-time architecture. If you think of the universe as a two-dimensional piece of paper, a wormhole is a small passage that connects this piece of paper to another piece of paper. In fact, this theory suggests that the wormhole chain is directed towards another universe with its own stars, galaxies, etc.

An example of a small ball that causes space distortion in our three-dimensional world is a black hole. A black hole is actually a phenomenon that exists in a four-dimensional space, or in other words, a black hole is a passage connecting the three-dimensional world with the four-dimensional space (of course, it is not to say "if anyone wants to go to the four-dimensional space, please go to the black hole", that would only be "dead and dead"). It is possible to find a way to overcome the four-dimensional space by studying the black hole in depth, and then the vape jump flight will no longer be a dream.

Scientists have now confirmed that the existence of black holes does distort the surrounding space. According to the general theory of relativity, light rays travel in a straight line in normal space, but when space is warped, the light rays are distorted with the direction of the space warp. If we could take a picture of a beam of light coming into a black hole, we would see that the light spiraled toward the center of the black hole, because the black hole's massive mass has distorted the surrounding space into shape.

No. The ultimate fate of massive stars at the end of their "life" evolution: a massive star runs out of fuel after millions of years of continuous "burning", can no longer compete with its own gravity, and inevitably embarks on a devastating collapse path.

A medium-mass star like the Sun collapses to a certain extent before stabilizing and becoming a smaller white dwarf; But if a star is massive enough, its gravitational pull will overwhelm all forces trying to stop it from collapsing – the star millions of kilometers in diameter will continue to collapse, and such a collapse will eventually form a black hole.

I believe that human beings will explore it in the future.

A black hole is a massive celestial body or star (not a "hole" in the general sense) that exists in the universe based on the general theory of relativity. Black holes are formed by the gravitational collapse of a massive enough star after the fuel for the fusion reaction runs out.

The mass of a black hole is so great that the gravitational field it produces is so strong that a large amount of measurable matter and radiation cannot escape, not even photons that travel extremely fast. Because it resembles a black body that does not reflect light at all in thermodynamics, it is called a black hole. Around the black hole, there is an undetectable event horizon, marking a critical point from which there is no return, while at the center of the black hole there is a singularity with a density approaching infinity.

There are sound waves and wind in the air, sound waves will produce sound barriers, and wind will produce typhoon eyes, so the magnetic field that is more complex than air and mysterious than air should not only be electromagnetic waves, nor should it only be solar wind. That is, electromagnetic waves may produce gravitational waves similar to sound barriers, that is, the solar wind may produce black holes similar to the eye of a typhoon. Since we're talking about black holes today, let's focus on the solar wind.

Due to the abundance of stars larger than the sun, the universe is not calm, but in places such as spring and autumn, where there are often strong winds caused by air movements. The winds generated by the air can create the eye of a typhoon, so the universe, which often produces the solar wind, can create the eye of the typhoon, which is formed by a magnetic field. Since the range of the magnetic field can compare the range of air to a drop of water in the sea, or even smaller than a molecule, the eye of attraction formed by the magnetic field can attract tens of thousands of light-years or even larger surrounding matter.

Because the attraction is so great that when it is attracted, such as a collision of the stars, the attracted material forms a nebula around the eye of the magnetic typhoon. Because the nebula is the product of broken bones, the light cannot be reflected back, so it is an invisible black hole. The energy of the eye of the magnetic field typhoon can even completely destroy the chemical structure scaffold, so that as long as the material is close to the eye of the magnetic typhoon, the electrons will reposition, so the electromagnetic waves of the ultraviolet line will be generated.

Because the energy is large enough, it produces an extraordinarily black and bright black hole.