What happens inside the black hole?

Gravitation is the weakest of all forces. It's neutral. And that means it interacts with all objects the same way. Gravitation is the most dominant effect in the universe. And its mystery. 

There is the possibility that black holes help to answer: what is gravitation? Gravitation is wave motion, so there must be something that sends this wave motion. And maybe black holes can solve what is that thing, that pulls everything together? But what doesn't warm the object? 

Many people are asking why black holes are so interesting. The reason for that is that black holes can give information about gravitation.  And there should be also lots of dark matter around the black holes. That should make it possible to detect that thing. But nobody has seen dark matter yet. So it remains as the gravitational effect. 

What happens inside the black hole? That thing is a mystery. Nobody knows what happens behind the event horizon. The next-generation tool in astronomy as sensors that can detect gravitational waves. And there is a possibility that the gravitational waves are uncovering the secrets behind the event horizon. 

When material or particles are dropped into the black hole they might stretch. Those particles are turning into 2D form. When they are touching the event horizon. So extremely high speed. Along with heavy gravitation are turning those particles a little bit like anyons the 2D particles. That means those particles are turning a little bit like the wave motion. Most of the parts are not dropping straight into the black hole. They are creating a whirl around the event horizon. That whirl is called a transition disk. And that thing causes the theory that this whirl continues its movement inside the black hole. 

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There is the possibility that wormholes are gravitational tornados. 

The gravitational tornado would not let other gravitational waves through it. And that thing could make the antigravitational effect or levitation possible. There is a possibility that wormholes are gravitational tornados. 

Black holes are pulling particles and wave motion inside them. That means there is a possibility that gravitational waves are making the hollow ball that will not let the other gravitational waves through it. 

There is the possibility that a gravitational tornado crosses the black hole. Or maybe, that hypothetical gravitational tornado continues through the universe as the structure called a wormhole. 

That gravitational tornado could close other gravitational fields outside it. Particles that are at the point of the wall of that gravitational whirl would turn extremely heavy. And they can clean the gravitational tornado from the objects and quantum fields. That means the wormhole if that exists is the warp tunnel across the universe. 

But there is no evidence about that kind of whirl. The idea is that gravitational waves are like other wave motions. And they should make whirls like all other wave motions. 

There is also the possibility that gravitational waves can create a ball that acts like a gravitational tornado. 

The event horizon is the point where wave motion and photons are whirling around a black hole. The reason for the centripetal force the event horizon is a little bit at the point where the escaping velocity crosses the speed of light. 

The black holes are also making wave motion whirling around it. That means there is the possibility that also gravitational waves can form the area that other gravitational waves cannot cross. 

The thing is that this kind of hypothetical gravitational whirl can remove gravitation inside it. So if we could make the ball of the gravitational waves we could make the real antigravitation or WARP-ball. The wave motion of the gravitational waves can isolate its inner area from the outside. But that thing is a pure hypothesis. 

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Deep in the black hole should be the bubble where is no gravitation. The extremely fast-spinning singularity can pump lots of energy out from there. And sooner or later the superstrings would fall into that hypothetical bubble. 

Then those superstrings would cut the superstrings at the opposite side of that bubble. And then those superstrings. Or bites of wave motion start to act like an antenna. They would transmit energy to singularity. Maybe that kind of wave motion is the origin of Hawking radiation. 

When the stable wave motion is at the singularity the energy level of that pike rises. The pike will rotate in the center of the black hole. And the energy level rises so much that it can break through the event horizon. Because all black holes spin around that pike. It will act like a laser. And maybe that pike is the origin of the X- or gamma ray radiation from the poles of the black hole. 

The idea of that bubble is coming from other balls. All other balls like Earth have the point just in the middle of them where is no gravitation. So that kind of place should be in the black hole because the black hole is also a ball. 

Because of the event horizon, we cannot see through the black hole. The event horizon is the whirl of photons and wave motion that surrounds a black hole. At that point, the escaping velocity turns higher than the speed of light. And behind that point, even the light cannot escape from the black hole. 

https://bigthink.com/starts-with-a-bang/gravitational-waves-future-astronomy/

https://scitechdaily.com/clearest-understanding-yet-of-the-life-cycle-of-supermassive-black-holes/

https://www.space.com/why-is-gravity-so-weak

https://miraclesofthequantumworld.blogspot.com/