Singularities don’t die.

"An illustration of a black hole with its mysterious singularity indicated by a glowing white light (Image credit: Robert Lea (created with Canva))" (Space.com, Laws of physics are still broken: Attempt to explain away black holes' central singularity falls short, scientist says)

Since 1915 singularities have been a key element in the black hole models. The singularity is an extremely dense material where quantum fields and subatomic particles are melted into one entirety. In those models, singularities form when a star collapses and the outcoming energy or wave movement smashes those electrons and quarks along with the quantum fields into a state where all of them are one. 

The entire star’s mass is in its entirety that is smaller than atoms. And that means material density determines its weight. The Schwarzschild radius means the distance of the event horizon from the singularity. The singularity spins very fast and that causes the gravity effect. The singularity rolls quantum fields from around it into the center of the black hole. And then the problem with this model is this. The black hole should grow endlessly. 

The question is always where that material and energy that a black hole pulls inside it goes. There is a possibility that the black hole’s structure makes the gravitational channel through the universe. But in that case, the black hole doesn’t need singularity. The problem with the black hole models is that the black hole must put the energy that it creates somewhere. If string theory is true, that explains that a black hole puts energy and material into extra dimensions. And in string theory, there are at least 11 extra dimensions. 

The model means that every dimension is the energy state. Dimensions are like floors in the house. When the energy level difference between two particles is high enough that thing means that those two particles lose their ability to exchange information. The reason why anything cannot cross the speed of light in the normal universe is that the particle cannot get enough energy to jump over that wall or roof. When a particle tries to jump to a higher dimension it makes a hole in the energy roof of the 3rd. Dimension. And then the energy that comes from higher dimensions pushes it back. 

The particle loses its ability to bind energy because the quantum field around it jumps away, and the particle starts to deliver energy. Or when a particle closes the speed of light energy that comes from a higher dimension, or energy level pushes it flat. And that increases the power of the electromagnetic shadow behind the particle. That shadow acts like a vacuum behind an object that flies in the atmosphere. That electromagnetic shadow pulls the particle backward and denies its acceleration. The particle goes to the state where it delivers more energy than it can get. And that stops the acceleration. 

But that thing doesn’t happen in black holes. The black hole rolls quantum fields inside it. And that means the field around the particle moves very fast. The field doesn’t let particles send radiation. When gravity turns so strong that it will not let even light escape to the point called event horizon, the particle rides in the field. The situation is similar as the river takes something in it. When that field or space travels faster than the speed of light, but the particle is in that field the relative speed between field and particle is zero. The outcoming field pushes particles and fields from the back. 

And then there are two ways to close things that happen next. If the extra dimensions exist, the black hole sends those particles and energy into those extra dimensions. Or rather saying to the fourth dimension. Dimensions are like floors in the house. The dimensional model, or string theory requires that a particle or object must travel through all dimensions. The other way is that the particle goes into a wormhole or energy bridge and travels across space and time. The reason why the black hole can press particles into higher dimensions is that it packs so much energy into it that it can reach those higher dimensions. 

The black hole pulls energy and material from such a large area that the energy and material of the outcome push everything on the event horizon. All black holes lose their mass all the time. The wormhole model explains that thing as the channel that travels through the black hole. That channel or superstring transports energy out from the black hole. That energy bridge acts like a thermal pump that transports mass and energy out from that monster. 

Or the expansion of the universe causes the black hole to get less energy all the time. That causes black hole evaporation. Black holes are the most powerful effects in the universe. Its existence requires the outcoming quantum fields and material. If that flow into the black hole ends, energy from the black hole breaks out. And that detonates that thing immediately. 

Maybe all black holes are not similar. That means that maybe, some of them have singularity, and maybe some of them don't have that object. It’s possible that it takes hundreds of years to make models of what happens inside black holes. Maybe, stellar mass black holes are different from supermassive black holes. But those things are speculation. Proving some of those models requires proof of string theory and wormholes. And that requires complete quantum and gravity models. So, there is lots of work to do if we want to fit black holes into the universe. 

https://www.space.com/astronomy/laws-of-physics-are-still-broken-attempt-to-explain-away-black-holes-central-singularity-falls-short-scientist-says

https://en.wikipedia.org/wiki/Schwarzschild_radius

https://en.wikipedia.org/wiki/String_theory

https://en.wikipedia.org/wiki/Wormhole