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Do singularities in black holes exist, or do they not exist?



It's possible that the singularity, that is is the form of material, where all particles in an atom's nucleus turn into an extremely dense form, where all quarks, and electrons, with gluons and quantum fields, form the entirety.  The question of the singularity may be answered, with yes or no. That means it's the Schrodinger's cat. 

The thing. That exists in the young black hole. But in new models, singularity is lost in more mature black holes. If the wormhole is real. That means there might not be singularities in the black hole. In this model, the singularity exists until the wormhole destroys its form. So the black hole grows until the Einstein-Rose bridge or wormhole opens in it. The idea is that the hypothetical wormhole destroys the singularity. 

In some new models, the black hole has no singularity. In some of those models, the singularity That supernova explosion forms exists for a short time. That singularity turns the gravity field into a spiral form. Or the gravity wave turns to look like a tornado. That tornado is the hypothetical wormhole. That transports information through spacetime. When the wormhole forms into the spin axles of the singularity. That singularity cuts the wormhole. 

Then, there are quantum vacuums at both sides of the singularity. And that means the wormhole will rip that singularity into pieces, and that strange thing travels into the wormhole as the form of wave movement.  

That gravity tornado starts to transport information out from the black hole. The quantum field in the quantum tornado has a higher energy level in the black hole than outside it. And then the energy field transports information through the wormhole. The thing that makes cosmic voids interesting is that are possible. That the cosmic void rips that wormhole open. If that happens, that will be seen as a gamma-ray blast. 


https://bigthink.com/starts-with-a-bang/singularities-dont-exist-roy-kerr/

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