A black neutron star can give new data about the black holes
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Neutron lattice is one of the most futuristic materials in the world, what can be called "quantum graphene"
Neutrons can form the quantum graphene or quantum steel, which is the strongest material in the universe. But producing that material is very difficult. But theoretically, neutrons can be connected like iron or carbon atoms. And they can form fullerene or graphene forms. Or theoretically, neutrons can form the quantum tubes.
The thing that makes neutron stars so interesting is that they are forming neutrons. Neutron has poles like planets, and that makes it form the structures that are similar to carbon and metals. in theory, neutrons can form the quantum graphene or neutron steel, which is one of the strongest materials in the universe.
Neutron metal or neutron lattice is found only in the neutron stars. But in theory, neutrons can be sprayed on metal layers, where they could form the strongest network, what we can ever imagine. The neutron or quantum graphene bases the idea that neutrons can touch each other by the opposite poles of them.
So the process would be similar to graphene, but it happens with subatomic particles. The same way neutrons can form the "neutron iron", what is the material, what is forming the neutron stars.
Image: https://www.universetoday.com/30526/neutrons-stars-have-crusts-of-super-steel/
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A black neutron star can give new data about the black holes
Is this the "tau star"? The hypothetical object what escaping velocity is the same with the speed of light? "The black neutron star" means the object, what is in the line between a neutron star and a black hole. So that star could be at the same time neutron star and a black hole. The mass of this object is 2,5 times of sun, and there is a possibility that the neutron star is just collapsing to a black hole. The lightest known black hole would give the new data about the processes that happen inside that kind of extreme object.
The idea that every neutron star would fall to the black hole is formed because when the neutron star pulls the material to it, a little part of those atoms would remain on the surface of that object. And even the large mass of material turn to energy, there is always a little part of gas, what would drop to the surface of the neutron star. That material is increasing the mass of the neutron star, and then sooner or later the neutrons cannot resist gravity.
When researchers noticed the exotic material that might be quarks inside one of the heaviest neutron stars, they started to think about the possibility that there could be a black hole inside some of the heaviest neutron stars. When we are thinking that the mass of the neutron star increases sooner or later there is forming the black hole inside that object.
Even the structure of quarks cannot resist the massive gravity of the black hole. When the black hole is starting to pull the quarks to it, sooner or later they will touch the event horizon. And the reason why the black hole can break the lattice structure of neutrons or quarks.
The reason why the black hole can make that thing is that neutron or quark structure, what is similar to iron and other metals but stronger is that the layer is not "real ball". It forms the little balls, and even if nothing else than black hole cannot break that structure the extreme high gravity would cause that the structure would break.
https://futurism.com/astronomers-may-have-discovered-first-ever-black-neutron-star
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