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Silenus
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Wouldn't this explain why galaxies with no black holes are so small?
No, that doesn't even make sense. You would do well to read some basic cosmology plus study the Standard Model.Silenus said:Dark Matter is baryonic matter passed through a black hole?
Silenus said:Wouldn't this explain why galaxies with no black holes are so small?
Dark matter is a type of matter that cannot be directly observed through electromagnetic radiation, but it is inferred to exist due to its gravitational effects on visible matter. It is thought to make up about 85% of the total matter in the universe.
Baryonic matter is the type of matter that makes up the visible universe, including atoms and other particles. Dark matter is believed to be composed of baryonic matter that has passed through a black hole and become invisible due to the extreme gravitational forces.
Dark matter itself cannot be detected, but its effects on visible matter can be observed through its gravitational pull. Scientists use various methods, such as measuring the rotation of galaxies, to indirectly detect the presence of dark matter.
Scientists have proposed the theory that dark matter is baryonic matter that has passed through a black hole based on calculations and observations. This theory helps to explain the abundance of dark matter in the universe and its mysterious properties.
When baryonic matter passes through a black hole, it is subjected to intense gravitational forces that cause it to be compressed and heated to extremely high temperatures. This results in the matter emitting high-energy radiation, making it invisible to traditional methods of detection.