Can cosmic bubbles form dark matter?

Can cosmic bubbles form dark matter?

The cosmic bubbles are an interesting thing because there is no material. And in some theories, those bubbles are forged or created the dark matter. The idea is that because there is no matter, the quantum fields of surrounding material are not limiting the expanding the quantum field around atoms. 

And that thing causes that the superstrings, which are forming quarks, and other subatomic particles like fermions are turning to loose. That thing would make it possible to form the dark matter. But that is only one thing that makes cosmic bubbles interesting. 

The cosmic bubbles are the places where the particular interaction is minimum. And that thing makes one thing possible, what people ever imagined. The thing is that the gravity field inside the cosmic bubble is also very weak what affects time. 

The thing called time dilation is minimum in the cosmic bubble. In a normal universe like in galaxies, time dilation affects all material. The movement of the galaxy of the stars itself. The radiation inside galaxy radiation and the orbiting around the supermassive black hole along with many other things. Are causing the time dilation to particles that are in the normal universe. 

So in a cosmic bubble time moves faster than in somewhere else in the universe. And that thing means that the particle that is in the cosmic bubble will travel in time back to the past. And in some interesting visions, there is the possibility to make the area, where is no quantum field, and that makes it possible to make the system, which allows traveling back in time. That thing can be possible in the future. 

The thing that makes cosmic bubbles interesting is the question, what made those bubbles possible. Is there a supermassive black hole inside those bubbles that cleaned the material around that black hole? That thing is causing one question. How many sleeping black holes finds in the universe? The sleeping black hole means that the black hole has pulled all material around it in the singularity. 

Do you know why particles are sending the X- or gamma-rays when they drop in the black hole? The reason for that is when the particle is dropping through the event horizon the dropping happens at the same speed with escaping velocity. So the speed of particle reaches the speed of light at the point of the event horizon. Then its speed will increase until it reaches the nucleus of the black hole. And the reason for the radiation burst is similar to the blue-light flash in the neutrino detector. 

And that thing causes that observation of the sleeping black hole is not possible or that is extremely difficult. The observation of a black hole happens by the radiation that is forming when particles drop through the event horizon. So if there is no material around the black hole there would not come radiation around it. And that means that the radiation from the black hole is minimum. There is no transition disk or X- or gamma-ray radiation around that black hole. The only radiation that comes from that area is Hawking's radiation, which supposedly comes from the black hole itself. 

When the black hole is in the middle of nothing, which means there is no gas or even the quantum fields, what it can pull inside it, it starts to vaporize. The Hawking's radiation that comes out of the black hole itself means that the black hole's vaporization has begun. The black hole requires material or radiation, which it pulls inside the singularity. The vaporization begins when the black hole stops to pull material inside it, and that Hawking's radiation makes it possible to see things that happened a long time ago. 

The thing is that black holes are the archives that can store data or information in the form where it drops inside them. So by using black holes we could see to the past. In that model, the information that drops inside the black hole forms the onion-looking structure, where the time dilation freezes the objects. 

When the escaping velocity is the same as the speed of light the image would stay on the layer forever. If that layer would not turn lighter or otherwise dismantled what destroys the order of information.

That makes it possible to observe the radiation that comes out from the black hole itself. That radiation is the result of the vaporization of the black hole. And it's known as Hawking's radiation, as I have written before. 

https://www.livescience.com/new-dark-matter-theory.html

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

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

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

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

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

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

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