How significant will it be for humans to discover black holes?

What would Hawking say about the fact that black holes were confirmed to exist, if he were alive? My personal opinion is that the scientific community has recently hyped up the release of black holesI believe that no one person can gain a true understanding of black holes from the ** released.

Just to confirm the existence of a cosmic black hole, the computer designed this imaginary black hole**. If Hawking were still alive, he would be speechless and speechless about this black hole. I don't know how much money the organizers of the news announcement spent on the exclusive rights for this?!

Each relay point in many countries around the world publishes the same release at the same time"Scientific achievements"The news is indeed small. Why?

Because, judging from the published black hole**, it is a cross-sectional view of the black hole, and there is a huge halo around the black hole, it is impossible to observe the cosmic black hole object on the earth, the reasons are:"Black holes"is a cosmic celestial concept, not misinterpreted as a hole. In fact, the so-called black hole celestial body is a buffer zone between countless galaxies in the infinite space of the universe and the edge of the circular motion of the star system, a space zone where the light and heat of each star system cannot reach, a network of endless channels for the exclusive operation of dark matter and dark energy in the universe, and a natural celestial body that wraps the periphery of the infinite star system of the universe

The web of the universe celestial phenomena.

Because countless galaxies in the universe can independently carry out circular motion in the same direction, the celestial bodies of the cosmic network will produce high-speed convection and vortex motion, thus forming the so-called black hole celestial phenomenon. Because the phenomenon of the cosmic web (black hole) celestial body exists in the outer space of countless star systems in the universe, can it be seen when you stand on the earth and observe it?Can you see the cross-section of its knowledge?!

This is absolutely impossible to do......

Therefore, the black hole ** recently announced by the scientific community is only a superficial phenomenon of the cross-section of the black hole, and it is an extremely tiny corner of the huge black hole celestial body. It only deepens people's concept of holes, and ignores the concept of celestial bodies, that is, the understanding of the nature of "black holes" is more confusing. People should know that what cannot be confirmed by concrete evidence can also be determined by logical reasoning and the method of seeing the essence through phenomena.

I wonder if this is accurate?

The significance of the discovery of black holes by mankind does not only mean to verify the correctness of Einstein's theory of relativity, but also provides the possibility for mankind to achieve interstellar travel in the future, which can be said to be a landmark discovery in human history.

It's very significant, because if we find it, we can study black holes in a targeted way, so that we won't be too caught off guard in the future.

It means a lot because it's a lot closer to discovering another world.

As far as is known, Ton 618 in the constellation Canis is the largest black hole, ranking first in terms of mass and event horizon radius. Observations show that the supermassive black hole has a mass of up to 66 billion times that of the Sun, which is 10,000 times that of the supermassive black hole at the center of the Milky Way, Sagittarius A*. If calculated according to the Schwarzschild radius formula, the Schwarzschild radius of this supermassive black hole is 1,300 times the distance between the Sun and the Earth, which is equivalent to 40 times the orbital radius of Neptune.

In terms of mass and radius, Ton 618 is the largest known black hole.

Ton 618 was discovered about 60 years ago and classified as a quasar a few years later. Astronomers at the time didn't know exactly what quasars were all about, except that they were called quasars in general terms because they looked a bit like stars in telescopes. Observations have shown that TON 618 has strong radio radiation.

And it has a particularly large redshift value, which means that it should be far away from us. Since we can still receive the powerful radiation emitted by Ton 618 at such a distance, it indicates that it has a fairly high energy of its own, far exceeding the total radiation power of the entire galaxy.

As observation technology has advanced, astronomers have come to realize that quasars are not a new celestial object, but supermassive black holes with a huge accretion disk. In the process of engulfing matter, the friction between the matter radiates super strong electromagnetic waves. And the reason why they are all so far away from us is that there was a lot of gaseous material in early galaxies, and they are easily attracted to the surrounding accretion disks by supermassive black holes.

Similarly, Ton 618 is essentially an active supermassive black hole at the center of galaxies.

Spectral analysis shows that the redshift value of ton 618 has been reached, meaning that it took 10.4 billion years for the light it emits to travel to Earth. And as the universe expands, it is now 29 billion light-years away from the Milky Way.

Claim 1: The largest known black hole is called SDSS, which is the largest black hole in the universe, with a mass 196 billion times that of the Sun! This quasar has a very strange spectrum, so its mass cannot be accurately measured by humans.

Claim 2: Some physicists believe that the universe that exists today may be inside a supermassive black hole, so our universe may be the largest black hole at present.

It is now known that the closest black hole to Earth is 16 light-years away and has little impact on humans.

In general, black holes are considered to be massive stars (celestial bodies greater than times the mass of the Sun) that are unable to maintain nuclear fusion after consuming a certain amount of their own mass, resulting in their own gravitational equilibrium being unable to be maintained, and the gravity is too large to collapse inward to form a black hole.

It's easy to imagine a "black hole" as a "big black hole", but it's not. The so-called "black hole" is such a celestial body: its gravitational field is so strong that not even light can escape.

According to the general theory of relativity, the gravitational field will bend space-time. When a star is large, its gravitational field has little effect on space-time, and light from a point on the star's surface can be emitted in a straight line in any direction. The smaller the radius of a star, the greater its curvature of space-time around it, and the light emitted at certain angles will return to the star's surface along the curved space.

It's easy to imagine a "black hole" as a "big black hole", but it's not. The so-called "black hole" is such a celestial body: its gravitational field is so strong that not even light can escape.

According to the general theory of relativity, the gravitational field will bend space-time. When a star is large, its gravitational field has little effect on space-time, and light from a point on the star's surface can be emitted in a straight line in any direction. The smaller the radius of a star, the greater its curvature of space-time around it, and the light emitted at certain angles will return to the star's surface along the curved space.

A black hole is actually a planet, but it's so dense that objects near it are bound by its gravitational pull (as if people hadn't flown away on Earth). For the earth, flying at the second cosmic speed can escape the earth, but for the black hole, its second cosmic speed is so great that it exceeds the speed of light, so it can't even run out, so the light that comes in is not reflected back, and our eyes can't see anything, just a black patch. Some scientists believe that light is slower than a black hole, so it is sucked in, and when it is faster than a black hole, it can pass through the edge of the black hole.

Of course, the speed of light is already the limit.

No black holes have been found within 20 light-years of Earth, so they have no impact on humans.

The present argument is based on hypothesis, so there is no need to focus on existence and non-existence. Just like assuming 1+1=2, 1+1+1=2+1=3, hypothesis is assuming that this thing exists, and then confirming these things through various calculations, observations, and evidence, with human intelligence, it is impossible to understand the transformation process of matter, space, time, perhaps, you are staring at a speck of dust on the screen, maybe the dust here carries the possibilities and impossibilities of the universe and the world or everything. Therefore, it is recommended that you return to the space of reality, and do not go so far to drill the horns, there is an ancient Taoist saying:

Tao begets one, one begets two, two begets three, and three begets all things. One of them also refers to everything that is possible and impossible, and even incomprehensible that is possible and impossible at the same time. So what do you think of from the macro and micro levels, or do you continue to look for boring online materials or error-ridden domestic and foreign translations?

On April 10, 2019, it was already real, and the ** of the black hole was photographed.