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Image I
Could the whirl inside the black hole or the feedback of the wormhole destroy the black hole?
The whirl or butterfly-effect inside the event horizon could be destructive. If there would form a whirl inside the event horizon, that thing can destroy the entire black hole.
The fuzzball theory is trying to explain the shape of the black holes by introducing them as the ball of yarn, where the yarns are superstrings. In that case, there is a small possibility that if the smaller black hole would impact with larger that thing causes the most powerful butterfly effect what the universe has ever seen. The idea is that the smaller black hole would form the whirl inside the singularity behind the event horizon. And there is a possibility that the whirl would break the ball of the superstrings and explode the entire black hole.
And why that thing is possible? The idea is that gravity would get stronger when space approaches the center of the black hole. And if the smaller black hole would impact with larger one it could stay its form, because the black hole is forming of layers. Those layers are the points, where the escaping velocity reaches a certain level. The event horizon is the point where the escaping velocity reaches the speed of light, and beyond that point are layers where the escaping velocity is reaching two times the speed of light.
So when a smaller black hole would impact the event horizon there would form the heavier particle or point in the black hole. If we are thinking that the escaping velocity of the nucleus of the larger black hole is 19X of the speed of light. And the escaping velocity in the nucleus of the smaller black hole is about 3 times the speed of light. There is a point in the singularity of the larger black hole where the escaping velocity is two times the speed of the light so at that point the smaller black hole is heavier. And that thing could cause the whirl behind the event horizon, which destroys the black hole itself.
Butterfly effect: https://en.wikipedia.org/wiki/Butterfly_effect
Fuzzball: https://en.wikipedia.org/wiki/Fuzzball_(string_theory)
Superstring theory: https://en.wikipedia.org/wiki/Superstring_theory
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Are wormholes the same string with superstrings? And can the feedback of a wormhole destroy a black hole?
The idea is that the material that escapes from the black hole comes out from white holes. So the black hole and white holes are in pairs, and there is the possibility that the black hole would impact its white hole. So would that cause the overheating and destruction of a black hole?
What if the wormhole that goes out from the black hole would turn around, and impact with the same black hole? Would that feedback destroy the black hole itself? Nobody has seen the wormhole yet, but things like "cosmic neural structure" are introduced the evidence of the wormholes. There is something that causes the packing of the gas in the "neural form". And one explanation could be the wormholes. And the thing is that the wormhole or energy channel through the universe and time is the same thing with superstring.
The white hole can also destroy the black hole in one case. In that case, the white hole would be forming from the wormhole, which origin is in that particular black hole itself. The idea is that the white hole is another side of the wormhole. So there is a possibility that the wormhole would turn into a circle and impact the black hole where it has started.
And in that case, the material would travel out and into the black hole. The material would get the energy from the wormhole, where the energy of the universe would hit. That thing causes the overheating of the black hole. So there is the possibility that this kind of boiling black hole will explode.
Wormhole: https://en.wikipedia.org/wiki/Wormhole
Image II: https://www.space.com/20881-wormholes.html
https://curiosityanddarkmatter.home.blog/2020/12/10/could-the-whirl-inside-the-black-hole-or-the-feedback-of-the-wormhole-destroy-the-black-hole/
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