What would happen if all the stars in the universe were sucked away by black holes?

Hello! The universe exists because of the existence of matter, and the universe is a space that carries all matter. Matter is indestructible, and therefore the universe is certainly imperishable.

Therefore, the universe is only different in size and state. And there is no such thing as life and death.

Scientists estimate that there is about 90% dark matter in the universe now, and when the dark matter in the universe reaches 99%, the universe will go for a big contraction. It will become a cosmic egg at this time, and this cosmic egg is likely to form a big ** again; Both experienced a cosmic reenactment. (This may be what you call 'disappearing'!)

Black holes are also a member of the group of dark matter, which plays a large role in attaching itself to galaxies or clusters of galaxies. Thus controlling the speed of expansion of the universe. If the dark matter is more than 99%, all matter will be restored to a point.

Therefore, dark matter is also known as cosmic glue. ）

So, can we think that the 'point' before also existed in the nature of a universe that we now have? And then in the contraction, in the **. Cycle. And so on.

Then there will be a super-large black hole, which will slowly disappear into countless particles and eventually form stars and galaxies, a process that could take tens of billions of years.

Forehead... This problem will have to wait for billions of years, and I think it should be big**.

Another dazzling star is formed.

There is more matter than the universe to create black holes.

In people's minds, the so-called black hole is a black hole that can swallow everything, but nothing that enters it can escape, not even light. So since everything can be "eaten", what about the objects that go in? Did he just disappear and go to another dimension, or did he go to the so-called time wormhole?

According to current research on black holes, there are three different manifestations of black holes. They are: primordial black holes, stellar black holes, and galaxy black holes. The causes of the three are different, but they are essentially the same.

Primordial black hole: a form of black hole with a small volume that was born in a very short period of time after the universe was large, in an environment of high temperature, high pressure and high-density material distribution.

Stellar black hole: A form of black hole formed by the core residue continuing to collapse towards the center of mass after a supernova explosion at the end of the life cycle of a massive star, and it is also the most numerous black hole in the universe in theory.

Galaxy black holes: At the center of each galaxy, there is a giant black hole, and their formation depends on the innate conditions of star density and interstellar matter in the core of the galaxy, of course, the absorption of surrounding stars in the formation process, and the reason why many massive stars in the core region merge with each other after forming a stellar black hole.

A black hole is a celestial structure that completely gathers at the singularity at its center after its matter has collapsed infinitely, forming an infinitely small volume, infinite density, and very high temperature. According to the law of gravitation and the general theory of relativity, the singularity of a black hole will have a strong curvature of space-time to the surrounding area, within a certain range, the escape speed of all matter will exceed the speed of light, this range is called the event horizon of the black hole, within the event horizon, even the light cannot escape, but along the extremely high curvature of space-time, in the interior of the event horizon along the geodesic line around the black hole singularity.

If the process of the black hole devouring the star is observed from the outside, due to the curvature of space-time caused by the strong gravitational attraction of the black hole's singularity, the speed of the object will be infinitely close to the speed of light after reaching the event horizon, and according to the time dilation effect of general relativity, the speed of the time lapse of the object being sucked into the motion of the object is infinitely close to 0 from the frame of reference of the Earth observer, just like a picture that is frozen forever. If you look at the frame of reference of the object being sucked into, time still passes as usual, but under the huge gravitational pull of the black hole, the object will be torn apart, even reaching the subatomic pole, and then continue to collapse towards the singularity of the black hole until it becomes part of the singularity. X-rays are emitted at the same time as objects are shredded.

And it is through these X-rays that humans confirm the existence of black holes.

Some of the planets devoured by black holes in the universe are absorbed by black holes, and some are dispersed into the universe in the form of energy by black holes.

This is the current unsolved mystery, according to scientific theory, I think it is sucked into a very dense matter, making the black hole bigger and bigger.

No research has yet reached a conclusion. Personally, I think it may have been torn to pieces directly, and then released at some point in the universe and turned into cosmic dust.