Black Holes and young universe
What kind of thing, the universe was before the first stars were born? The universe before the first stars was full of energy, gravity fields, and Black Holes, and sometimes I wonder, where those Black Holes have been gone? The answer is that some of those Black Holes still exist, but most of them are vaporized.
In the early universe, the material was thinner and the atomic clouds formed singularities very easily because the level of energy was so high, and the gas was in the form, what made those clouds fall because of radiation, what expands the level of the gravity field. When the gravity field is high enough, that thing forms the Black Hole. Or sharper saying supermassive black holes.
The thing is that those Black Holes, what are born in the early universe before stars were different, what we know. There were extremely hot atoms and black holes, which were form in the extreme heat after the Big Bang, and one of the things, what are making the universe, in the formation, how we know it is that the temperature turned lower, what made possible to form molecules.
Molecules are things, that are forming planets, molecular nebulas, and asteroids. Stars themselves don't need molecules, because they are plasma, but every kind of solid structures in the universe needs that atoms can form the molecule.
The thing that denied the molecules in the young universe was that the temperature, what caused so powerful oscillation between atoms, that they cannot form the electromagnetic bridge between atoms and without those bridges the forming of molecules is impossible. The thing that forms the molecules is the polar interaction between positive and negative ions.
Opposite poles of the atoms will pull ions together, like in the sodium-chloride or salt help the ions create the covalent bond. If atoms are oscillating very hard, the forming of this bond is denied. This thing happens all the time on Earth but the same rules, what is affecting the atoms on our planet affects also the Universe scale structures.
So the natural laws are always the same without depending are those atoms in the cosmic structure in the atomic cloud in the young universe, or are those atoms interacting in the volcanic crater. If the temperature is too high, it would break the bonds between atoms in a molecule. The reason, why UV-radiation is dangerous is that the UV-radiation is oscillating the DNA and that increases the risk to get a lethal mutation in the genomes.
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