The mysterious dark energy and dark matter
Are particles of dark matter(1) tiny black holes, what is pulling energy even from other universes?
When we are thinking about the form of dark matter, that thing would be very interesting, because we see that material because of its gravity. And if we are thinking that gravity effects dark matter as it affects normal material. That means that also dark matter can form the planets and at least black holes. But another mystic thing called dark energy(2) denies that thing.
So what is the dark energy? One explanation would be that the dark matter is the tiny black holes, what are smaller than gluons, and those tiny black holes are bringing energy from another side of the universe or other universes, and that energy or radiation would push those tiny black holes or particles of dark matter away from each other.
Are free gluons (3) the dark energy or dark matter
Is the gluon the dark energy or dark matter? So is it possible that gluon is some kind of extreme tiny black hole? I know that the black holes are erupting and filled if they are too small, but what if the black hole is smaller than the tiniest known particles would mean the black holes would be smaller than quarks. When we are thinking about the forming of those extremely small black holes, that thing would create, when the quarks are touching each other. And the extremely small size would make them allowing to get energy from the surrounding radiation.
So what is the form of this radiation? That is the problem with dark matter and dark energy. If the dark energy is the same thing with dark matter, the dark matter would be the particle, and the dark energy must also have carrier particles like other base forces of the universe. The electricity or electromagnetism has the lepton, what is the name for electron when it is somewhere else than the orbiter.
Every force in nature must have a carrier particle. But we have not any single graviton (4), the hypothetical carrier particle of the gravity yeat. So is hypothetical graviton the dark matter? And why we haven't seen them yet?
W and Z bosons (5) are the carriers of the weak nuclear force or weak interaction (6) and the carrier of the strong nuclear force or strong interaction(7) is the gluon. So the answer to the material or dark matter might be found from gluons. Are gluons, what is away from the quarks dark matter? That is the question, what we might think very hard. The thing is that without dark matter the galaxies would destroy because the radiation pressure of stars would drive them away from the form.
The dark matter has the gravity field, and there are many thoughts and ideas, what this thing is. When the scientists found galaxies, where is too little dark matter(8), we might ask, what has been happened. Some explanations are that the bizarre galaxy is simple closer than astronomers thought (9).
Even the alert was wrong, and the galaxies had dark matter this thing makes me think about the dark matter and the form of it, could it create something bigger and kinetic? Sometimes in this kind of things are causing thoughts that are those particles of dark matter started to accumulate to larger particles, and the interesting thing is that is it possible that dark matter would create the particle, what is the size of a planet or is it possible that the dark matter would accumulate to the black hole?
The problem with dark matter is that it has no other interaction with other particles than gravity. So if the dark matter would have a gravity field that means that the gravity must make those particles acting like normal material. But the dark energy is keeping those particles away from each other.
One of the most interesting explanations or theory for that thing is that the dark matter would be tiny black holes, what are pulling the gluons around it. Or they can bring energy from somewhere another side of the universe or even from the other universes through tiny wormholes, and that extra energy would act like some exhaust gas of the rocket, and push the particles of dark matter away from each other. As I have written at the beginning of this text.
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