The new state of the planet is possible near black holes

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The new state of the planet is possible near black holes

The black holes are the densest objects in the universe, but they are like the stars if we are thinking about their gravity fields. The black holes can pull even light inside it, but that thing happens in the event horizon, where the escaping velocity is reaching the speed of the light. So at that point or only at that point. The particle would reach and cross the speed of the light when it travels through the event horizon, but is that thing real or virtual is another thing. 

Time dilation can also make crossing the speed of light in the event horizon impossible, but after the event horizon, the time should go backward. And at the point where the escaping velocity is the same with the speed of light. The time is stopped, and logically when the escaping velocity or gravity turns higher than the speed of the light, that thing should make an effect, that time is starting to travel backward. 

Otherwise, black holes are acting like normal stars, and if there are planets around them and the distance to a black hole is long enough, that thing makes it possible that the planet would orbit black holes like every other star. 

But the material disk around the black hole makes it possible that the planets are forming around the black hole. When we are looking at the material disk around the black hole, there is possible that the disk acts like normal material disk around normal stars and forms the new planets, which might form the solar system around the black hole. And the material of the disk can give also energy for those planets. 

So the supermassive black holes in the center of galaxies might have billions of planets. The radiation in that area would be extremely powerful, and those planets might be sterile. But the stellar black holes could be different, and if they are far from the center of the galaxies they might have solar systems. 

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The quasi-star

There is a possibility that the high energy radiation that comes from the extremely large blue giant would hit the iron planet. Then the iron core of the planet would hit the nucleus and transform the planet into a black hole. 

And quasi-stars could also have solar systems. The hot and extremely large stars, what might get their power from the black hole in the core of the stars could have the planets, which have lifeforms. We have no observations of the quasi stars, but they are like normal stars if we are looking at them, but they would be far bigger than even UY Scuti. 

That means the quasi stars might have the planets in their habitable zone, which is capable to maintain life. If the quasi-star exists and planets with intelligent lifeforms are orbiting them, that lifeform can have the age, what is the same with the universe. In the case of quasi-star, the black hole is forming in the atmosphere, and the high energy radiation of the black hole keeps it hovering at the atmosphere of the star. 

Black holes are the most stable objects in the universe. if those planets are not sterilized by the gamma- or X-rays. There is a possibility that the on the planet would be forming the intelligent lifeforms. 

And finally. What if the time would be stopped on the planet by using the black hole in the nucleus?

If the escaping velocity on the object is the same with the speed of light that thing would stop the time on the object. And in some wild visions, the super civilization would cover the entire planet by using metallic core. Then the high power radio transmission like the lightning of the neutron star would conduct to that planet. Then the metallic core would target the energy to the inner ball, and then those aliens would form a black hole inside that planet. 

The black hole would dilate time, and make those creatures live forever, or until the black hole is vaporized. That thing would be possible if the escaping velocity on that planet would be the same with the speed of light. If the gravity would be increased during generations those creatures could adapt to that superstrong gravity. 

Sources: 

Planets around the black hole: https://www.discovermagazine.com/the-sciences/new-class-of-planet-can-form-around-black-holes-say-astronomers

Qausi-star: https://en.wikipedia.org/wiki/Quasi-star

UY-Scuti:https://en.wikipedia.org/wiki/UY_Scuti

Image I: https://www.scientificamerican.com/article/the-puzzle-of-the-first-black-holes/

Image II: Pinterest