What is the form of the universe? If we could know the form of the universe we could determine the point where the Big Bang happened quite easily. We must just find the center point of the material ball. And there is the Big Bang. And that is the simplified way to think about things like the universe.
We are believing and expect many things. First, we are expecting the material released from the Big Bang in the form of a nice symmetrical ball. But when we are investigating things like supernovas we see that the expansion of the material after those events is not the ball. There is the possibility that the material released from the Big Bang is in the form of the hourglass. So the universe would look like a giant bipolar nebula. (Image II)
The form of the Big Bang depends on the polarity of the object that released the material.
If the releasing of the material after the Big Bang is the ball that requires that the black hole that released the material had no poles. If that object had poles the material should be released in the form of an hourglass. And if the form of the universe is an hourglass, that causes an asymmetric gravitational effect. That means there should be more material in the poles of the hourglass. But that material could be a dark matter. This means we cannot get a direct observation of that thing. But we should see the gravitational effect of that material.
But in the case of the neutral object which could be the fast-rotating black hole the material would release in the form of the galaxy. That means the high-speed spinning object released the material from its equator.
At this point, I must say that the ball is forming the visible universe seems to come from one point. And that point is the center of the visible universe. But the origin of the entire universe that includes also dark matter is a mystery. We don't know did the dark matter released to the universe at the same moment as the visible material.
Image II: Bipolar nebula
The is the theory that the Big Bang was at least a two-stage event.
1) At the first released the material and antimatter and then the electromagnetic forces pulled those particles to one point.
2) That thing causes annihilation. And our universe is the result of the great annihilation reaction.
But we cannot know did dark matter was released at the same time as visible material. There is the theory that dark matter is released before and after the visible material. So the order of the release of the material was.
1) High-energetic "hot" dark matter
2) Visible material
3) Low energetic "cold" dark matter.
Or the order can be opposite. But the thing is that dark matter is the mystery. The form of it is that the size of the particles of that invisible material is so different that we cannot see it. And the idea is that dark energy is the radiation that dark matter sends.
When we see the ball that is called the universe we forget one thing. The ball is the form of the visible material. But over 80% of material is invisible to us. And over 80% of the mass of the universe is dark energy. And that means we cannot see the entirety. We see only 15% of the material of the universe. But the most dominating parts dark energy and dark matter are remaining unseen. And we cannot see dark matter at all.
And the dark matter is the part of the entirety. So there is the possibility that there are large clouds of dark matter outside the ball of the visible material. But the dark matter interacts with visible material with gravitation. And the gravitation is the thing that is uncovering the existence of dark matter. But the new observations of the galaxies are opening new visions for dark matter. There are galaxies where is no dark matter at all. And that means the dark matter forms the formations like visible material. There are nebulas and networks in the universe that are not visible to us. Those structures are formed by dark matter.
The cosmic radiation is causing the echo that will cover the original radiation that comes from the Big Bang. And the dark energy causes turbulence that would make problem to determine the exact place of the Big Bang.
The dark energy causes the universe is expanding. So there must be some kind of interaction between that strange wave movement and the visible material. And that link is dark matter. And the role of dark matter in the material universe is dominating. Then we can go to think about the form of the universe.
https://bigthink.com/starts-with-a-bang/big-bang-disappear/
()https://en.wikipedia.org/wiki/Dark_energy
()https://en.wikipedia.org/wiki/Dark_matter
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