The civilizations and benefiting the energy of black holes
When theoretical scientists are talking about things like benefiting the energy of black holes, we must remember one thing. That thing is that the black holes are not transmitted any kind of radiation. All radiation would come to displacement disk of that black hole, which means that the thing, that sends the radiation is the material that drops inside the singularity, the area, where escaping velocity is higher than the speed of light. So nothing can escape from that area.
The description s the area where the light cannot escape. So that means that the size of the black hole is small. Around that object is the displacement disk, which is firmed by the material, which drops in the black hole. And the material in the displacement disk is delivering the most of the energy of the black holes.
The energy from the material, what orbits around the black hole can collect by using a solar panel if there is some kind of planets, what is orbiting a black hole. Sometimes there is introduced the fully symmetrical ring, which would put to orbit the black hole, and then that ring could collect the energy from that extreme object.
And of course, the jets from the black holes can be used to deliver the energy to the civilization. Those jets can also be used to send the solar sails to the other solar systems. Or the black holes can be used as a gravitational sling, which sends the craft by using the gravity of the particle.
The same method is used to send the probes outside the solar system, but the gravity of the black hole would give the craft the extreme speed. And this is the thing, why the existence of the small black hole in our solar system fascinates scientists. The thing is that the grapefruit-size black hole would revolutionize the space research and energy production for the human race.
Or the entire black hole could be closed in the ball, where the energy production of the extremely high-energy object can be controlled by using the ventilation system. The thing is that even if the black hole is so extreme object, that means that it acts in the same way, with other massive- or gravitational objects. So there could be planets orbiting black holes.
But could there be lifeforms on those planets? The lifeforms, what lived on planets, what orbited the star, what formed black hole in the huge explosion called a supernova could be whipped out. But the displacement disk around the black hole can start to act like the star. And send the light and warm to the planets, what is orbiting that massive object.
The thing is that when the star explodes as a supernova, it would form the interplanetary or molecular nebula. And in that nebula can form new planets. If the energy of the black hole is warming the planet, there could start to form the post-stellar species. If there would be forming the species on the planet, what orbits the planet, that hypothetical lifeform has time to advance. The lifetime of black holes depending on the mass of those objects. And how much material they can pull in.
Image: https://scitechdaily.com/images/Feeding-Supermassive-Black-Hole.jpg
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