Quantum fields and the form of the universe

Quantum fields and the form of the universe

The point in the quantum field is that every atom and every single particle in the universe is surrounding the electromagnetic field. That means that every single atom in the universe is in the bubble of the magnetic field. So what this mean in practice, and how those fields affect us? 

The thing is that every entirety in the universe is forming the small particles, and nobody knows, what is the smallest possible particle. So in the universe where material or atoms are in a great distance from each other, the quantum field is not solid. There are holes or slits between those fields, and in the solid material, the quantum fields are touching each other. 

There are two types of quantum fields

1) Electromagnetic field

2) Gravitational field:

Quantum field theory(QFT)

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

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Vanishing stars and quantum fields

Could single proton or neutron forming the black hole what has the size of Cygnus X-1? The fact is that everybody knows that this particle can form the quantum-size black hole. But the thing is that if the energy injection to that particle can cause that the singularity could grow to extremely large size. 

The black holes are forming by energy, which impacts the atoms of the nucleus of the stars. So if the long term energy burst would hit to neutron or proton, that thing can cause that the single subatomic particle can form even the supermassive black hole. The level of energy is important, not the size of the object, where the energy is impacting. So the thing that limits the singularity is the energy. 

So every each particle in the universe has the gravity field. And the thing, what makes gravity interesting is that electromagnetism can cause that the weight of the particle is increasing. Supernovas are forming the black holes. The energy that affects the nucleus of the star causes the formation of the black hole. And there is a very interesting idea about energy and the black holes. 

Could be possible that the GRB (Gamma-Ray Burst causes that the star would collapse to the black hole? This could be one of the good explanations for the cases, where stars just disappear. Another explanation is that when a very massive star starts to explode as a supernova the collapse of the nucleus of the star happens too fast. That means that when the nucleus is collapsing and forming the black hole, the gravity field could reach the shock wave, and then the material would start to drop in the black hole.

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So is photon some kind of boson? 

And in this point, I must say that interaction between particles is the interaction between quantum fields, what is surrounding them. So the quantum fields are affecting little bit different way in the thick material, where atoms are near each other and thin material, where atoms are away from each other. When the particle hits the quantum field that thing causes that atoms are moving, or the particle starts to move in zigzag route in the material. 

And this is mentioned as the reason why there is a limit in the speed of the light. The speed of hypothetical tachyons is so huge that it doesn't have time to interact with other particles. But if photon interacts with other particles, that means that photon has the quantum field. So is the quantum field of the photon the reason, why it cannot travel through the wall like the neutrino. So is the reason for that the quantum field that surrounds the photon. And is it some kind of boson?

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At this point, we would face our old friend a black hole. The question is: is the singularity only the extremely strong and large quantum field? 

The material in the back hole is extremely thick, which means that every particle in the black hole is combined with the entirety. The electrons and quarks are crushed in the great entirety what acts like some extremely large quark. 

The gravity has crushed even the neutrons, and the superstrings that are keeping quarks away from each other couldn't resist the massive gravity. So that thing causes that every kind of material is coming one entirety. But because the single quark can form the black hole, there is one thing, that we must realize. 

Could a single neutron or proton create the stable singularity what is the size of Cygnus X-1 if there is impacting enough long term and powerful radiation impulse? The fact is that nothing can deny it, as I have written before. The energy makes black holes, and that means that the thing that matters is the level of energy, not the size where the energy is targeted.