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Why dark energy and dark material are interesting?

Why dark energy and dark material are interesting?

Are dark energy and dark material the same thing?

The dark energy is one of the mysterious things in the Universe. And sometimes the creation of dark energy is explained that the spin of quarks is causing the thing, what is known as dark energy. The free quarks would be the dark material in this very interesting theory, which could explain part of the dark energy and dark material.

Sometimes we are thinking that the dark energy and dark material are the same things, and this means that we should call those things "Dark stuff" or ether. But we don't know are those things the same thing, and that's why we must say that those things are dark matter and dark energy, and they are one of the most interesting and fascinating things, what are seen in the Universe.

Is dark material free quark, what spin forms dark energy?

There are two theories about the form of dark material and dark energy, another is that thing is forming by the particles, what is something like free quarks or some other thing, and second theory is that thing is free to wave kind of movement in the thing, what we are calling Universe. And that means that the dark energy is like some kind of radio waves, but that thing is too quiet to notice by using radiotelescopes.

So could the dark energy be only the very low energic radiowaves? And then if we are thinking that the dark energy is so-called free wave movement in the Universe, the next question is, what is causing that wave movement, or what moves in that wave movement. And the thing, why the form of the dark energy and dark material is interesting is that is it possible that there is a small particle in the Universe, what is in the border between energy and material?

Could there be some kind of particle that works as a "gate" between energy and material?

And if we could find that thing, we must realize, that this hypothetical particle could be the thing, which helps us to turn the energy to the material. That kind of thing is a fascinating thing, and we know that there is theoretically possible to turn the energy into the material because we can turn the material to energy. But how we can do that thing? That is the thing, what is the problem with the mirror-effect, what could revolutionize everything. The thing is that we haven't made any single of these kinds of successful tests.

If the dark energy would be some kind of very low energic radio waves, that thing means that the dark energy would not affect the small particles at all. That means that even the largest stars would not affect by the dark energy, because of their energy production would cover that effect. But the extremely large entireties like the intergalactic molecule clouds the dark energy would affect. Those molecule clouds are extremely thin, and those forms are extremely stable.

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