Could the nucleus of the atom replaced by the singularity?
1) What we are seeing in the material is the electron shell
One of the most interesting thought in the world is could it be possible that the electron core would start to orbit the singularity. I sometimes think that this could be the situation, that the small- or rather saying singularity, what is smaller than the atom, but what size is bigger than the nucleus could pull the nucleus of the atom inside it. But the electron cores would remain to orbit the quantum singularity. This is one of the most interesting ideas, what I ever faced.
The case could happen when some very thick but powerful energy ray impacts the proton or neutron in the nucleus of an atom and transforms one of the subatomic particles to the nano-sized black hole, and if the speed of the electrons would be high enough, that would make possible that the electrons would start to orbit the singularity. The thing that might cause that theoretical possibility is the GRB (Gamma-Ray Burst), which would be extremely short and powerful, and that thing could travel through the electron layer without impacting the electron.
So what can this thing mean? The effect of this kind of black hole would be very short-term, and there is a possibility, that it would be vaporized less than second. Or otherwise, it can just cause the electromagnetic resonance, which causes the destruction of the material in the large areas, but what if we would face things like the fractal effect, where the electromagnetic resonance starts to break the protons and neutrons. '
2) Could the "quark-fission" be possible? The idea is that quark would act the same way with a neutron in uranium atom, but the effect would happen between quarks in the proton or neutron.
The remarkable idea is that in this very interesting and somehow funny theory is that the quarks can cause similar fission reaction, what neutrons cause in the radioactive atoms. But in this case, the quarks would split the protons and neurons the same way into pieces. The free quark, what impacts the subatomic particle would cut the superstrings between the other quarks, which are forming the protons and neutrons. I don't know is this kind of thing even possible, but the idea of "quark fission" is really interesting.
In this hypothetical situation, the quark would turn the antiquark, and then the single quark would annihilate inside the proton or neutron. That causes the sub-energetic annihilation, which means that the annihilation causes between quarks, which causes that the quarks would start to travel in the universe. And if they would impact to nuclei of atoms, they can cause that the material would start to turn to quark mush.
There is a possibility that this kind of reaction would destroy the entire galaxy. But the thing is that this kind of thing is pure theory and the possibility that the quarks would start a similar reaction inside protons and neutrons, what neutrons cause in the radioactive atoms. And the thing is that this kind of idea is that when the distance between atoms is high enough, even the theoretical possibility of this kind of reaction turns to dust.
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