Will the black hole at the center of a galaxy eat up the entire galaxy in the end?

The gravitational field of a black hole is so strong that any matter that comes near it will be absorbed by it, and even light that is as fast as 300,000 kilometers per second cannot escape when it reaches the edge of its event horizon, so if the black hole is in a place where it is extremely rich in matter, its mass can grow rapidly. Almost all galaxies have a massive black hole at the center, and it is constantly eating away at the black hole's material, so will this black hole eventually eat the entire galaxy?

If a black hole does not have an upper limit on mass, then with its all-encompassing nature, it can not only eat galaxies, but even the universe may be eaten by it for an extremely long time. From the current physical theory and observational evidence, nothing in the universe can be infinite, so the black hole should also have its upper limit of mass, but this upper limit will be particularly large, the largest known black hole is ton618, the scale of this black hole has reached 66 billion times the mass of the sun, obviously, this value is not the upper limit of the mass of the black hole.

However, we can use the black hole ton618 to explain the question of "will the black hole eat a galaxy", in fact, ton618 is a quasar black hole, about 10.4 billion light-years away from us, about 384 billion kilometers in diameter, it emits the brightest light in the universe, because this giant black hole is rapidly absorbing quasar matter, its gravitational field will break up the huge amount of matter, and then pull it into a state of molecular atoms, and then pull into matter smaller than atoms, In the process, a huge amount of energy is released, and the temperature is tens of trillions of degrees, so the luminosity of quasars is far greater than that of any other celestial body, and the luminosity of ton618 is equivalent to the luminosity of 2,000 galaxies.

ton618 is also in a galaxy, but at present, this galaxy is only a few dozen light-years in size, much smaller than our Milky Way, the reason is likely to be that the central black hole continues to absorb galaxy matter, causing the volume of the entire galaxy to shrink inward, so that the galaxy is getting smaller and smaller, so according to this model, the galaxy where ton618 is located is likely to be swallowed by it. Since Ton618 is about 10.4 billion light-years away, it means that all we see is what it did 10.4 billion years ago, so after such a long period of evolution, perhaps it has swallowed up the entire galaxy today.

No, even if it were, it would be a long time later, maybe when humanity would be extinct.

Yes, because black holes have a very large attraction and can swallow everything.

Maybe they'll eat the whole galaxy.

Black holes are not there that will destroy the existence of the universe.

Eventually eat the entire galaxy.

No, there is a strong balance between the celestial bodies.

That shouldn't happen.

It shouldn't end up eating the entire galaxy.

This is probably unlikely.

When one galaxy swallows up another, will it make itself bigger? Let's take a look at what galactic devouring is. Planet devouring is not the idea of destroying a planet and sucking another planet into one's body.

There are thousands of stars in the internal structure of the planet, so when 2 planets carry out devouring. They actually devour each other's separate and even their own stars. After all, the inner super black hole of the planet does not distinguish between you and me, as long as you can enter its attraction category, it is difficult to escape control.

In the universe, all objects in the universe, there are gaps in their own material composition, and when the chemical substances are closely connected, these gaps will be filled, and then it will be found that the volume of matter composed of 2 chemical substances is smaller than the sum of the 2 volumes, even so, the volume of the new substance generated is larger than the original volume, and it is applicable to every planet in the universe, because the phenomenon of devouring will often occur, so after a planet swallows a planet, Although the volume is not as large as the sum of the volumes of the two planets, the new planet generated will be larger than the original one.

In fact, in the things we usually encounter, there are often such things, for example, we pour the yellow black ink into the blue black ink, we will find that after the two bottles of black ink are mixed, the color will change, and the volume after mixing is not the sum of the volume of the two bottles of ink, but this is also due to the gap between the black ink, different black ink will enter the gap between each other when it is integrated, so we will see that the color tone changes, and the volume is not twice as large. But it's bigger than the original.

But for the planets in the universe, a planet is composed of many stars, and there may be nothing in this planet, but even so, there is a very large space in a planet, so after swallowing another planet for a week, although the new planet formed is not as large as the size of the original two planets, the volume of this planet is larger than the volume of the original planet, so the mutual devouring of the planets can make the acres increase by themselves.

After one galaxy devours another. Then this week will not get bigger, because its cosmic space is constant.

Of course not, because all energy is conserved, and in the unchanging law, the planets will remain relatively unchanged.

I think it will, because after devouring this galaxy, there will be many more planets to expand in size.

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.

The whole planet will be torn apart, elongated, like noodles, and then the matter will be constantly torn apart into elementary particles, such as photons, quarks, etc., and then absorbed by the center of the black hole, of course, in the process, many particles or antiparticles will be thrown out by the black hole horizon. A black hole is not a physical planet, but an almost empty region of the sky.

Black holes are the densest place in the universe, and if the earth becomes a black hole, it will only be the size of a soybean. It turns out that the matter in the black hole is not evenly distributed in this celestial region, but is concentrated in the center of the celestial region. This center has an extremely strong gravitational pull, and any object can only cruise around the periphery of this center.

My personal opinion is that there is no phenomenon of mutual devouring between the universe and the solar system, galaxies are too spacey, and there are many kinds of healthy substances (various planetary bodies), and there will be natural phenomena of devouring each other; It is the growth of planetary bodies that engulf each other by natural means. Why? Because.

The universe is made up of multiple stars and galaxies, each of which is a cycle of matter that exists in the universe moving independently"Space cells"Entities, which are controlled by the magnetic fields of huge stars, form a galaxy, so that the edge between the galaxy and the solar system, from the same angle, is magnetic, and produces a natural phenomenon of repulsion of the same sex.

Therefore, galaxies do not devour each other. In two aspects, the space of each star system in the universe is too large, because the stars will continue to release light and heat in the continuous combustion process of nuclear fusion, and there are a large number of dust particles flowing matter, giving birth to the star system is conceived and grown by space, and all things are in the space material movement of the star system to achieve the natural means of healthy body material consumption to achieve mutual devouring, this process of devouring and merging is the existence of the large, and the process of the disappearance of the small into the big is the growth and expansion of continuous devouring and devouring.

For example, the formation of the eight planets of the solar system is the manifestation of the space celestial bodies at this stage, and the solar system has a long time of about 5 billion years, and there are many natural means of swallowing each other through healthy body materials, from dust particles to dust, dust clouds to small stones, stones to large stones, and stones-asteroids-planets-planets are larger evolutionary processes; The mass accumulation of solar dust particles and the formation of eight planetary bodies are at this stage.

Therefore, the stars in the universe do not devour each other; However, the various planetary bodies within the space of each star system are always in the natural phenomenon of devouring and devouring each other. Is this accurate!? If the reader feels that what I said is correct or makes sense, please give me a thumbs up and click Follow Me.

Yes, this phenomenon is a normal occurrence in galaxies, and when one galaxy swallows up another, it becomes larger and larger, causing the water level to become higher and higher, just like a black hole.

It will make itself bigger, because the engulfed galaxy has a lot of energy and mass in it, and when this energy and mass enter another galaxy, it will make the engulfed galaxy expand and become larger.

Absolutely. Because the principle is actually the same as the merger of the Milky Way and relatives like you, when the Andromeda Galaxy became larger.

Yes, after the devouring, the galaxy will merge accordingly, and the volume will change, so it will make itself larger.

It is impossible to grow larger if it is devoured, and it stands to reason that the galaxy does not exist if it is swallowed.

The universe is made up of countless stars and star systems, each of which is an independent chemical substance that appears in the universe, the cycle of time, the circulatory system, the physical line of the "cosmic somatic cell".The condition of the star system is generated by the manipulation of the star's extreme electromagnetic field, so the boundary between the star system and the star system is all gay physical changes from the same magnetic direction, which causes the weather phenomenon of opposites attracting. Therefore, it is impossible for galaxies to devour each other.

In the space of each star system in the universe, because of the whole process of the star's continuous nuclear reaction and ignition, it will continue to release light and heat and its total number of fine particle flow chemicals, creating the advent and development of all things in the space of the star system. It is a kind of continuous devouring and devouring, development, development and growth, and the main manifestation of the whole process.

Among the planets in our solar system, sunlight is the only star due to the digestion and absorption of a large amount of chemicals, and its quality occupies the entire solar system planet, which can be seen as a composition, the quality is equivalent to 33,000 times that of the earth, and the ultra-high pressure and high temperature formed by the internal structure are enough to provoke the hydrogen nuclear reaction, so it becomes a star that can be hot and shiny. This junior and intermediate planet was the original solar system, and at that time its mass was far from being as large as it is now, but the more chemicals it accumulated, the stronger its attraction became, and the more it could absorb the surrounding chemicals to add to it, so the planet became bigger and bigger. Scientists believe that the solar system has absorbed dozens of small planets since its creation to have the current scale of operation.

Even today, it is still sucking the rest of the small planets, scientists according to the observation of the solar system and the surrounding indoor space, found that there are still nearly 50 small planets running through the solar system, they are all the solar system communication satellite planets, and some communication satellite planets have been swallowed by the solar system, in the process of merging into the solar systemPlanets that are far apart are in the process of merging towards the solar system, such as the famous Magellan and Magellanic systems, which will eventually be merged into the solar system by solar system companies.