Maybe a black hole's gravitational field stretches waves and turns Hawking radiation into gravitational waves.

Hawking radiation is still a hypothetical form of radiation that the black hole should send. 

Can the Doppler effect be the reason why we cannot see Hawking radiation? That means the gravitational field of the black hole can stretch Hawking radiation into the gravitational waves. The gravitational redshift is one of the reasons why we cannot see black holes. But that means gravitational redshift can also stretch Hawking radiation. 

Theoretically, the Doppler effect can turn Hawking radiation into gravitational waves. The gravity near black holes is extremely powerful. That means it causes a very strong redshift or Doppler effect when it stretches radiation. A black hole stretches all kinds of electromagnetic radiation, including gravitational waves. So it's possible. The strong gravity field can turn Hawking radiation into gravity waves. 

When a black hole forms it turns into a massive energy package. The black hole forms the tunnel into the fourth dimension. That means it just transmits energy out of that environment. So if the Hawking radiation behaves like other radiation. that means it's possible that Doppler effect turns Hawking's radiation waves into the gravitational wave. But that means that the Hawking radiation must exist. 

But if the Hawking radiation waves and the gravitational waves have a similar "redshift effect" as other radiation types. That means that can cause more important things than we thought. What if we can create so fast and so heavy particles that they can pull gravitational waves into another type of radiation? 

That system can be based on the models where the laser accelerates particles. And that thing can cause an effect. That Doppler effect can transform gravitational waves into things like gamma rays. 

Above:The  Light Cone. 

If that gravitational Doppler effect is possible. That thing can cause a situation. That there is some kind of hole in the black hole's gravitational field. That means in the point of the relativistic jet. It's possible. The power of that jet pulls gravity waves longer than otherwise. That thing means that those fast-moving particles can turn gravity waves into the form of gamma rays.  

Gravitational interaction is one of the most interesting things. There is an idea that the gravitational effect forms. When a gravity wave travels out from the gravitational center. This effect makes other waves or fields travel to the gravitational center. The form of the energy fields is not homogenous. There are small structures called superstrings. Those points are more powerful points in the energy field. 

 

When gravitational-wave travels out from the gravity center the gravity wave makes those superstrings rotate like rolls. So the gravity field that is the gravity waves that travel out from the gravity center makes those superstrings rotate opposite direction that the gravity wave travels. When a gravity wave puts those superstrings rotate the energy transfer in that. 

An extremely small structure makes the energy or quantum low pressure ahead into its rotation direction of that field. That quantum low pressure pulls those superstrings or energy fields to the gravitational center. That is one version of models of the quantum interactions. 

The black hole forms in the high energy explosion called a supernova. When the star detonates it pushes its shell and outer structures to the space. When the star detonates it pushes a vacuum into the point where that detonation happens. The energy fields and material fall from the sides of that vacuum. That energy can form the pillar between the upper and lower energy fields. 

And the thing that we know as singularity. Makes the situation that there is a quantum tornado in the energy pillar. That structure denies the form of the standing field. And then it can explain why that structure can keep its form. The energy interaction in that structure is the key element in the gravitational model. 

When massive gravity pulls particles into the black hole there is the point, where time stops. The point is the layer where escaping velocity reaches the speed of light is the event horizon. 

The event horizon is the point. Where time stops. Behind that point. Escaping velocity turns higher than the speed of light. That makes time travel backward in the black hole. The light cone is the model where the object closes the speed of light. Or black hole's event horizon. The hypersurface of the present is the event horizon. And behind that point time travels backwards. 

We can say that a particle jumps to the fourth dimension when its energy level rises so high level, that it loses its ability to exchange information between 3D objects. When the system pulls energy to that object there is a channel between the observer and the particle. That channel is called a gravitational pothole. When that channel turns too long. It will close because energy presses it flat. 

But then we can realize one thing. The black hole or its event horizon is not in a static position in space-time. That means the black hole falls into the future. The black hole falls through spacetime. Because it's so heavy. That thing means that all particles cause time dilation. So the black hole is like a stone that we throw into the water. 

Time dilation turns that structure into a hole in the universe or spacetime. That means that when objects travel to the black hole they don't lose their ability to send information out from the gravitational pothole immediately. We can see those particles or objects until they reach the even horizon. And the gravity cone that always turns longer and longer is the channel to the future. 

But what if we want to make the particle return from the future? We must make the opposite black hole. We must make the situation that the particle turns lighter or it loses its energy. So if we want to make an object that travels to the past we should make a structure where time travels faster than in its environment. 

The black holes can turn other energy forms into gravity waves.

The black hole interacts with its environment. It transforms other energy forms into gravity waves. But could that thing form dark energy? Black holes include extremely dense material. And very high-power gravity field. When we think that a black hole transforms energy that falls into it into kinetic energy. We must realize that material doesn't form energy. From nothing. It just transforms energy into another form. 

The term kinetic energy means a situation where the particle that travels in the energy field binds energy into itself The thing that makes that possible is that there is an electromagnetic channel behind the particle that pulls energy against it. 

The particle ties part of that energy into itself. When the speed of a particle slows it releases its energy as an energy wave. But before a particle can release an energy wave its energy level must rise higher than its environment. The wavelength. That wave movement has. Is the same as the size of the particles that send those waves.

Hawking radiation is almost proven theoretical radiation that black holes can transmit. But could Hawking radiation and dark energy be the same thing? The dark energy is wave movement and somewhere must be a structure that transmits that thing. One of the suspects is black holes that can turn all energy into gravitational waves. 

In some models the extremely intensive gravitation forms when fast spinning, very massive object binds energy into itself. That kinetic energy forms when that movement binds energy from around. It into itself. The black hole doesn't create energy from emptiness. It transforms other energy forms or wave movements into gravitational forms. If a black hole sends energy out from its poles it interacts just like this model. The idea is that Hawking radiation is one of the things that create black hole's relativistic jets. 

If the fast spin collects energy from around it that thing means that when a black hole spins and it binds energy from around it the outcoming energy falls into that object and pushes material and particles into it. That could mean that a black hole transforms other types of energy into dark energy. 

Can black holes be the source of dark energy? Some people believe that thing. The dark energy is wave movement that source is unknown. In some models, black holes or gravitational strings in black holes are the source of dark energy. The idea is that the gravitational waves can freeze above the event horizon. And that extremely fast-spinning object interacts with electromagnetic-. And other fields like Higgs field or base energy field in the universe. Those structures near the event horizon push that field away from the black hole. 

That structure sends waves through the universe. That thing can be one of the possible sources of the universe. When we think about the structure and especially interactions about black holes, we must realize that black holes are much more complicated than people expect. The massive gravity field pulls material and energy. Or wave movement into a black hole. The black hole is also the only thing that can pull so-called dark matter into it. That means. Two things can interact with still hypothetical weakly interacting massive particles, WIMPs. 

Those things are gravity fields and another is the hypothetical WIMP particle.  But then we must realize another thing. The black hole spins very fast. And that spin requires energy. So can the black hole pull all energy from its environment because it spins so fast? That means the black hole pulls electromagnetic fields and particles in it, and then some part of the energy turns into kinetic energy. But how much of that energy that goes into a black hole turns into kinetic energy? 

The black hole acts like a vacuum or an extremely low-energy object. It pulls energy fields inside it. That thing causes an idea that could the spin of that thing use so much energy that nothing cannot get out of it. That causes the idea that it's possible. The WIMP is also a very fast rotating or spinning particle. That spin also pulls energy. And then that object must transfer that energy somewhere. 

The spin of a black hole could act as a connector or tensor that transforms electromagnetic energy into gravity waves and some other energy form called dark energy. The problem with the vacuum model is this: the black holes must grow endlessly if we compare them with a vacuum. The black holes must put their energy into somewhere. And that "somewhere" is material or it must send that energy somewhere. 

https://www.astronomy.com/science/could-black-holes-create-dark-energy/

https://www.space.com/black-holes-general-relativity-gravity