Could the black holes, which are locating in the full empty bubbles in the universe be the answer for dark matter?

Could the black holes, which are locating in the full empty bubbles in the universe be the answer for dark matter?

So could the hyper massive black hole in the center of the universe explain dark matter? The black hole that is in an empty bubble would be invisible because nothing will drop in there. So the black holes that are not pulling material in them are not visible. The theory is quite simple. When the Big Bang happened the material to our universe the part of the material drop back together. And that fallen material is forming the hyper massive black hole.

So if we think that the Big Bang formed the hyper massive black hole, the reason why we cannot see that thing could be that it's in the full space. In that part of the universe is the empty bubble, where the black hole has sucked all gas and dust inside it. As I wrote before Big Bang released all material and energy to the universe, and there is nothing more to come. And the flash of that happening was enormous. So could the dark matter be the electrons and photons that are circuiting the hypothetical hyper massive black hole? That formed straight after the Big Bang.

Jets of distant galaxy Image II

The multiverse and the shape of reality

The multiverse theory is one of the most interesting things in the world and the theory that there is another universe causing thoughts that what is the form of the universe? Could the other universe be "virtual"? Like the echo of the big bang. Could there be stars in that hypothetical universe? or could it be like the giant molecular cloud?

If another universe is like the echo of our universe it could form like the clouds, which are opposite sides of the normal galaxies. So the universe acts like a giant macro-galaxy, where is the black hole in the middle of it. The hypothetical hyper massive black hole is acting like the supermassive black hole in image II.

Because space and dimension continue beyond the edge of our universe. We can think that there are possibly really old stars outside the most out galaxies. So could there the stars beyond the edge of the universe?

So could some star be elder than the entire universe? Or in this case, we should ask if some stars are formed before the Big Bang? Is it possible that some material existed before the Big Bang released material to space?

Why I write this kind of thing? The reason for that is that the form of galaxies is like balls. The material disk around the supermassive black hole of the galaxy is only part of the galaxy. There are lots of stars outside the material disk, and that's why the induction thought could be that there is the possibility that the entire material was part of the entirety of the massive singularity that formed the Big Bang.

When the Big Bang released the material to time and space, the material and time separated. Before that, the material was in the giant singularity, which mass was the same as the mass of the entire universe. So in that black hole, the time moved backward. And that strange effect what is possible only in the black hole is somehow connected with the Big Bang, the case, where the material and energy of the entire universe released in the space what is like a ball.

Image I:https://en.wikipedia.org/wiki/Dark_matter

Image II: https://astronomy.com/news/2019/02/this-supermassive-black-hole-sends-jets-ricocheting-through-its-galaxy

https://curiosityanddarkmatter.home.blog/2021/01/18/could-the-black-holes-which-are-locating-in-the-full-empty-bubbles-in-the-universe-be-the-answer-for-dark-matter/

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