An artist’s impression of a neutron star. (Image: Jyrki Hokkanen, CSC. )
When the pressure compresses without limits, a reaction is something that we cannot imagine. The pressure will push all quarks into one quantum field. And that forms material that nobody expects. Gluons and quarks are like in one bag in that quark material. And in the heavy neutron stars, the neutron net is over those quarks.
It's very possible. Heavy neutron stars can involve that quark material. And then there is the possibility that this material tells us, what is the singularity? What if all material in the star falls into one quark? That turns quark very long.
Or where all material goes from the black hole. The first possibility is that the electromagnetic or quantum channel in the black hole makes it possible for the energy. And some part of the material leaves from the black hole.
An energy level in material and wave movement can rise so high that it can break the escape velocity. We can think that particle swims against the river. That is the quantum field that travels in the black hole. The thing that makes it possible that particles can slip out from a black hole is this.
When a quantum field falls into a black hole. It impacts particles. That impact forms the quantum low pressure at the front of the particle, and side-coming energy raises its energy level. That makes it possible that particles can come out from a black hole as particles. The particle cannot separate from the quantum field that presses energy into it.
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What is the hair of the black hole?
Or in the wildest visions. That particle can send the superstring out from the black hole. The side-coming energy can raise the energy level of the superstring so high. It can come through the event horizon. That superstring would be the hair of the black hole.
In some theories, the black hole's hair is the thing that denies use as travel. The black hole's hair is energy that travels out from the hole. But in many visions, the entire black hole is covered by that hair.
Maybe the hair doesn't cover the entire black hole. Maybe that hair or superstrings exist only at the point of a relativistic jet.
If that superstring touches some other particle outside the event horizon, that makes particle superposition with a particle inside the black hole.
And then. Information travels out from a black hole to that lower energy particle. That means the black hole's hair could exist at the point of a relativistic jet.
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It's possible in some models. That there is forming a channel through the black hole. And then, the lack of gravity field outside the black hole makes gravity waves travel out from the black hole. The lower pressure can also pull electromagnetic radiation out from the black hole.
But then we can think about a model where energy and material can travel to a higher dimension. Dimensions are energy levels. And if the black hole can raise the material's energy level high enough.
That sends particles into the fourth dimension. This means that the material loses its ability to exchange information with other particles.
But what is the space in dimension? The dimension can be the energy or wave movement field. That energy level is so high that the material and particles in it cannot exchange information with other particles.
Then, again and again, we face one very interesting question: is a dimension in spacetime? Or is it in material? The energy field can reach a very high energy level that the energy field cannot exchange information with its environment. That high energy energy field is the theoretical fourth dimension.
https://www.helsinki.fi/en/news/climate-change/mapping-exotic-matter-inside-neutron-stars
https://www.helsinki.fi/en/news/human-centric-technology/further-evidence-quark-matter-cores-massive-neutron-stars
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