Do black holes require singularity?

There is the possibility that black holes have no singularity. The question about that case requires an extra claim. That claim is this: is it possible that all black holes are not similar? The black hole can be only the energy tornado that conducts energy out from a certain point. Or it can be the singularity where there is a hole in the middle of it. 

In the gravitational models the gravitational center hovers above the quantum field. We want to use 2D models for 3 or more dimensional objects. 

The quantum tornado pulls energy to the particle. When the object or gravity center pulls energy out from the quantum field those things may explode. When the gravity center pulls energy out from its environment fast enough it creates a pothole. If the particle or object is below the pothole's edge it turns invisible. 

When the particle falls below the pothole's edge. It turns invisible. That means it turns into a black hole. But then. We can think about the case that a very small particle starts to pull that energy tornado against it. Then the particle will suddenly jump forward when its size turns smaller. That thing can make it possible for an energy tornado to close the object inside it. The energy tornado is the superstring. 

The energy flow between a particle and its environment is a little bit asymmetrical. Because the past is at a higher energy level than the future that makes the particle move through the time. The object acts like a drill that travels in time. The quantum tornado travels forward in time. Until it reaches the higher-energy object. 

That makes information travel backward in the quantum tornado. The quantum tornado is a complicated rope-shaped structure in which multiple independent superstrings are formed. The thing that prevents us from seeing the future is that those superstrings don't transport information synchronously. Their lengths are different. And they transport information to different places in spacetime. 

The light cone can also introduce situations where two quantum fields impact each other in fast-spinning particles. The space asymmetry in space inside the particle makes energy travel out from it from its "equator". The energy from the outside tries to push that energy in. The energy tornado that takes energy out from the middle of the object determines which direction energy travels. Normally energy travels into the energy tornado. But there are moments when the energy level in the tornado's shell turns so high that it pushes the falling quantum field outward. 

So if we want to make the causality loop we should know the ultimate end of some of those superstrings. We must separate that superstring from others. Then we must create a high-energy spot into that point so that it can press information backwards. The thing that must be in the past is the false vacuum. 

The bubble where the energy level is lower than the point in the future allows information to travel back to the past. The low energy bubble is needed, because otherwise information faces resistance. And that resistance disturbs the information. Same way as we try to send water flow through the tube from both of its ends at the same time. 

The energy pothole that denies the particle to release its energy. And keeps it in its form. Time is energy. When a particle evaporates and turns into energy. That means it turns old. But if the particle cannot release its energy that means it will not turn old. If a particle receives energy it turns younger. Time dilation means the particle's ability to release energy. If a particle cannot release energy it will not turn old. The particle can only receive, store, and release energy. 

The expansion of the universe turns the quantum field around the particle or object weaker. That means an object's energy level rises higher compared to the quantum field around it. That makes energy travel out from the object faster. If the quantum field around the object is lost, that means energy travels out from the object at a very high speed. 

The mass of the particles depends on their spinning. The ability to bind quantum fields makes their mass. But if the particle spins incredibly fast. There is the possibility. That the particle cannot bind quantum fields from around it. If the particle is like a whisk. That structure is formed of the superstrings that must let the quantum fields travel between them. If the spin speed is fast enough the particle starts to behave. A little bit strange. 

The particle's spin makes the energy tornado at its spin axle. Then the quantum field starts to fall against the particle. The quantum tornado turns longer. That energy that comes from the tornado pushes particles into the flat. The energy travels into particles from the spin axle energy that comes from the up and down spin points ("poles") impact in the middle of the particle. 

In the particle's equator is the quantum asymmetry. That causes a situation in which the particle sends wave movement from its equator. When the spin of the particle is fast enough the quantum tornado makes a hole in it. The quantum tornado can have multiple layers. The whirl is always a special formation. Their walls are always at a higher energy level than their internal structure. The energy that travels in the energy tornado or energy whirl keeps it open. 

Energy fields that impact in the middle of the particle turn the energy level inside it into a very high level. That presses the particle flat and then the spinning structure guides the energy out from its equator. That energy flow rips particles in pieces. 

So, what connects that thing with gravity? The particle cannot get its energy from emptiness. When a particle pulls energy inside it it makes the energy pothole around it. The quantum tornado pulls energy to the particle. The energy destroys the particle if its pothole is not deep enough that it can press that energy back to that particle. 

When an object or particle pulls energy from the environment that energy destroys the structure. There is another way to think about that process. When a particle or object starts to spin and turns flat that plate pulls energy away from its environment. But that energy comes mainly from above and below. 

The plate itself conducts energy to its sides. The energy starts to form another energy tornado that allows the particle to form the quantum bubble over it. That bubble denies seeing the particle. If there is a hole in the particle the energy tornado travels through that structure. That structure can pull energy into the middle of it, even if it rotates very fast. In that case, the requirement is that the quantum tornado can transport energy very fast through the structure. This kind of thing is the model of the black hole. 

https://www.quantamagazine.org/singularities-in-space-time-prove-hard-to-kill-20250527/