Boötes Void: "The Great Nothing".

Image: Wikipedia/Boötes Void)

One of the strangest structures in our universe is called Boötes Void (or, Boötes Supervoid). In that great emptiness is only a few dwarf galaxies. And another thing is that the light travels faster in that bubble than anywhere else in the universe. In the same way, other fastest objects are found in the Boötes Void where quantum fields that slow photons and other particles are the weakest in the universe.

Also in Boötes Void, time runs faster than in other places in the universe. In that great emptiness, material vaporizes or turns wave motion faster than anywhere else.

The nickname for that Boötes Void is the Great Nothing. But it is one of the most interesting structures in the universe. When a photon or electron whose origin is in the Boötes Void impacts with "regular universe" its speed decreases. And during that process, it must release its energy as wave motion. So could Boötes Void have something to do with dark energy?

The thing is that material at the edge of Great Nothing sends wave motion and electrons, along with photons through the Boötes Void. And also the dwarf galaxies are sending fast electrons and photons across the giant void. That thing pushes the edge of the void away. And that means the Boötes Void expands all the time.

Could Boötes Void be the place where the Big Bang happened?

But one of the most fascinating theories of the origin of the Boötes Void is the Great Nothing is the place where the new universe is born. Proving that theory is a very difficult project. Because in the case of another universe. The size or shape of the quarks and other materials in that universe is different from than material, that we see. That thing means that we cannot see another universe.

In some other theories, the Big Bang released two waves of dark matter. The first wave was released before the energy level of the universe increased to the maximum level. Or level when visible material is formed. There is a model that the energy level or temperature in the young universe waved. The reason for that was the great annihilation where particles and antiparticles annihilated each other.

If visible material formed in the maximum energy level or on the top of one wave of the Big Bang. That means the rising and decreasing energy level between our matter causes there the formation of two waves of identical dark matter.

And if the dark matter sends wave motion. Another wave would be outside the visible universe. And another wave of dark matter would be in the Boötes Void. Or some other cosmic voids where dark matter sends the radiation to the dark matter could around our visible universe.

https://en.wikipedia.org/wiki/Bo%C3%B6tes_void

https://miraclesofthequantumworld.blogspot.com/

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