With fewer and fewer resources on Earth, can humans extract energy from black holes?

Since the first landing on the moon, human beings have begun to study outer space, perhaps also in order to find the existence of extraterrestrial civilizations, the development of science and technology must require a lot of resources, and now too many resources on the earth have been taken, many resources are non-renewable, these non-renewable resources are quite important, is the premise of the development of human science and technology, so in recent years, scientists have begun to study other planets in the universe, hoping to obtain corresponding resources from them, in addition to human beings are looking for advanced energy.

Since 1969, British physicists mentioned that the corresponding energy can be extracted from the black hole, and no celestial body around the black hole can escape its attraction. When approaching the edge of a black hole, all matter will enter a relatively stationary state due to the attraction of the black hole.

There are a lot of resources in the area within the event horizon, so scientists propose to extract resources from the black hole, throw an object in the opposite direction of the black hole, this material will be instantly torn into two halves in the process of entering the black hole, half of it will enter the inner depths of the black hole, and the other half will enter the "energy storage area" in the black hole, because it is reversed, so in the process of operation, it will come out of the black hole again.

By flying out of this matter, we can use the energy it carries, but scientists believe that in order to accomplish all this, the first thing is the advanced civilization in the universe, although many people have questioned this theory, mainly because of the lack of experimental ability, no one can verify the right and wrong of this theory, and then in 1971, a scientist put forward his opinion.

He said that he can use the high-speed rotating column to enter the black hole, and use the electromagnetic wave effect to command, so that the object can rotate in the opposite direction, and can obtain half of the power, and people have started the study of experimental theories, first of all, this column must exceed the frequency of the electromagnetic wave itself, and the speed of rotation per second is more than one billion times to do, which is a difficult thing for human beings to complete, but there are always more ways than problems, and follow-up scientists have been studying the problem of black hole energy.

If human beings can really use the energy in the black hole, the endless energy provides the development of human beings, and human beings will no longer be troubled by the lack of resources, but there are many theories about black holes, and human beings cannot study the rights and wrongs of theories at all, and it is a big difficulty to get in touch with black holes, and I hope that the progress of science and technology will be made in the future.

At present, human technology is not enough for this.

Human beings haven't even figured out the mystery of the galaxy yet, so how can they explore more mysterious black holes, maybe the technology in the future can do this, but not now!

No. Because black holes are so far away from us, and humans can't get close to them, they can't extract energy from them.

Although there are fewer and fewer resources on the earth, there is no way to obtain energy from black holes with the current technology at the disposal of human beings.

Summary. Black holes can eat the Earth.

Because the entire universe was originally a similar particle collision machine, high-energy cosmic rays and particles constantly collided on the surface of the Earth's Great Hunger Hall, the Sun and other white dwarfs and neutron stars, and such particle collisions occurred all the time. If there was a danger from the collision of these blind particles, astronomers would have discovered the phenomenon and studied it long ago. In addition, the Earth's closest black hole is about 50 million light-years away from humans, so the probability of a black hole swallowing the Earth is zero.

Summary. Hello dear, black holes can eat the earth.

Hello dear, black holes can eat the earth.

Dear, I quietly inquired for you to expand the investigation team: the discovery of black holes is in the binary star system designation, that is, two stars orbit each other, one of which is a normal star, and the other is a black hole. At this time, the black hole will use its strong gravitational pull to continuously attract and swallow stellar matter.

Only or sue. Dear, stellar matter is not swallowed all at once, but is attracted little by little, revolving around the black hole to form a material disk, called a sucking disk. The material in the suction disk rotates and falls towards the black hole, emitting a variety of rays, including visible light, as it heads east towards the black hole. Scientists rely on the visible light emitted around the black hole to detect the existence of a black hole.

Summary. Black holes don't swallow the Earth.

Black holes don't swallow the Earth.

A black hole is a kind of sphere that can't escape even light, and it's not black or noisy. A black hole is "black" because it doesn't emit light on its own; "Holes" refer to the fact that Lu Dong is good at staring at the West and can't get out if he falls in, just like the "bottomless pit" we often say, but they may still accumulate in the middle, but they have become something else.

The earth won't be eaten, so there's no need to worry about that. It is a fact that the gravitational pull of the black hole is huge, but it only exerts a destructive force on objects that are very close to the black hole. In the old understanding of mankind, there are many black holes in the silver key ascension river system and the universe, and the reason why they have not eaten our earth and solar system is because they are far away from us.

Summary. Hello dear. It is impossible for a black hole to swallow the Earth.

Hello dear. It is impossible for a black hole to swallow the Earth.

Black holes can indeed grow by swallowing up nearby matter, but it is actually relatively difficult for matter to fall into a black hole. If the matter is kept at a certain distance from the black hole, then they can revolve around the black hole all the way only under the action of gravity, just like the planets in the solar system revolve around the sun. The known supermassive Halingerne Cave is also very far away from the Earth and will not affect or swallow the Earth.

The closest black hole to Earth is also only a stellar black hole, and Hunger is not too close to Earth, so it will not affect or devour Earth. Therefore, it is impossible for a black hole to swallow the Earth.

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