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jimmylegss
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As multiple stars would collapse into a black hole, are the electrons shot outwards? Or are they converted into mass with infinite density (what a black hole is right?)
Thanks.
Thanks.
jimmylegss said:As multiple stars would collapse into a black hole, are the electrons shot outwards? Or are they converted into mass with infinite density (what a black hole is right?)
jimmylegss said:So when everything is squeezed together, I wonder what happens to those electrons. They become bunched together? If a black hole squeezes a bunch of electrons together, do they stay together by the nuclear strong force?
jimmylegss said:So when everything is squeezed together, I wonder what happens to those electrons. They become bunched together? If a black hole squeezes a bunch of electrons together, do they stay together by the nuclear strong force? Is there a possibility that black holes convert energy (if you can call electrons that?) to mass?
Electrons, like all matter, are subject to the powerful gravitational pull of a black hole. As they approach the event horizon, the point of no return, they are accelerated to incredible speeds and can no longer escape the black hole's grasp.
Inside a black hole, the laws of physics as we know them break down. It is currently unknown what exactly happens to matter at the singularity, the center of a black hole. Some theories suggest that matter, including electrons, may be destroyed and converted into energy.
Once an electron crosses the event horizon, it is impossible for it to escape the black hole. However, there is a phenomenon known as Hawking radiation, where particles can be emitted from the event horizon. This process is still being studied and it is unclear if electrons can be emitted in this way.
The intense gravity of a black hole causes electrons to be accelerated to near-light speeds. This has a significant impact on the behavior of electrons, as they can no longer follow the same rules of quantum mechanics that apply in our everyday world.
It is believed that all matter, including electrons, is present inside a black hole. However, because the laws of physics break down at the singularity, it is impossible to know for sure what happens to the particles at this point.