Can the planet turn into a black hole, or can the planet-mass black hole be possible?

If a black hole pulls only radiation in it that could make it possible that the small-size black hole can be a long-term phenomenon. But it can cause that there is no X- or gamma-ray radiation near it. And that kind of thing makes it possible that the planet-mass black holes might be stable but invisible. The requirement for stability is that the black hole can replace its mass, which it loses as Hawking's radiation by using material or radiation.

Is mysterious "Planet 9" one of those extremely small-size black holes?

The new gravitational wave sensor is made for detecting the black holes which size is about the tennis ball from far away. There is the possibility that those miniature black holes formed in Big Bang, but the strong radiation may turn the planet into a black hole. That requires that the energy level of the planet turns so high, that inside it or its atmosphere will form a black hole.

That thing can happen, when the planet is traveling through the radiation burst of the black hole, or when the star is pumping energy to that planet faster than the planet can release it. So if the energy level of an object is high enough, that thing causes that the planet is transforming into a black hole.

Those black holes could be extremely interesting because they can hide almost everywhere in the universe and if one of them is found at Kuiper Belt, that thing can give the unlimited energy source for the entire human race, but that requires that the black hole is stable. The new gravity sensors are searching them far away, but there is a small possibility that one of them could be the thing, that causes the errors in the trajectory of Neptune.

So how that kind of black hole could be stable without visible nuclear reactions of its transition disk? When the black hole pulls material in it, it would send the gamma- and other kinds of radiation from its material disk, and if the black hole would not pull material inside it, it starts to vaporize. There is one little possibility that the black hole would pull only wave movement or radiation in it. That thing makes it possible that the small black hole would live longer without sending other than gravitational waves as the mark of its existence.

The idea of the planet-mass black hole might seem very unusual, but the fact is that when the sun of the planet would get the energy from its sun, it causes that energy to be stored in the planet. When the energy hits the planet its mass and energy level is starting to rise, and if the planet cannot conduct energy anywhere, it can turn even into a black hole.

There is no limit to the energy, that travels in Lorentz's strange attractor. The Lorentz strange attractor is the model of the system, what energy level rises until it can release it somewhere. The energy level rises until the energy is transfer to some other object or the outcoming energy stress is ending. The energy level in Lorent's strange attractor rises until the outcoming energy pumping ends. So that kind of thing causes a question could the magnet field turn so powerful that it can turn to a black hole? Can the wave movement itself turn to the black hole, or does it need particles?

The planet-mass black holes were thought to be a pure science fiction phenomenon until there was found a planet named KELT-9b, which was hotter than its star. That thing caused an idea, what if a similar phenomenon would happen on the planet, what is farther from its star. That kind of exoplanet could orbit the blue star, and there is the possibility that the energy level of the planet rises so high, that the planet would crash into the black hole.

Gas planets like Neptune shine more energy than they get from the sun. And the source of that extra energy is the friction in the atmosphere. There is the possibility that the atmosphere of some gas planet is forming the double-typhoon, which acts like Lorentz's strange attractor. If the friction on the planet is low enough.

And the energy cannot transfer anywhere. There is the possibility that the atmosphere of the planet is forming a black hole. That small black hole pulls the entire planet in it. This is the thing, that makes Lorentz's strange attractor or butterfly effect so dangerous. There is no limit to the energy level of Lorentz's strange attractor. If the energy level of the system is turning high enough. It would turn into a black hole.


()https://www.forbes.com/sites/jamiecartereurope/2020/06/03/is-planet-nine-actually-a-black-hole-in-the-solar-system-theres-only-one-way-to-find-out/

()https://www.space.com/kelt-9b-hottest-exoplanet-tearing-apart-hydrogen-molecules.html

()https://scitechdaily.com/straight-out-of-the-big-bang-new-type-of-gravitational-wave-detector-to-find-tennis-ball-sized-black-holes/

()https://www.universetoday.com/151646/gravitational-wave-detector-could-sense-merging-primordial-black-holes-with-the-mass-of-a-planet-millions-of-light-years-away/

()https://en.wikipedia.org/wiki/Butterfly_effect

()Image:()https://www.universetoday.com/wp-content/uploads/2021/06/merger-2000x1200.jpg