Does the universe have a common magnetic field?
One of the things that can answer that question is the dynamo effect. When one particle starts to spin it forms a magnetic field. And then that magnetic field will scale to other particles. But the question is could the universe has one common magnetic field that has its origin in the plasma bubble that surrounds the entire visible universe.
If that bubble has two hyperbolic forms at both poles that thing makes it possible that the universe is the ball that is connecting the universe where we live with the anti-universe. So that thing can be called the multiversal layer theory. In that version of the multiverse theory, some of the universes are flat and some are spheric.
Image 1): Galaxy (Pinterest)
The geometrical shape of the universe: if the universe is flat the phoenix universe is impossible.
The model of the universe is like a bubble. And in this point, I must say that we don't know the final geometrical shape of the universe. There is the possibility that the shape of the universe is flat or it's like some kind of giant galaxy. But when we are thinking about the shape of the galaxies we must remember one thing: the thing that we see is the material disk around the supermassive black hole.
And there can be lots of material around the galaxy that we cannot see. The flat universe is a more popular theory than the spherical universe. But then we must realize that there might be very much dark matter outside that plasma ball that we are calling the universe. So the shape of the universe is always more and more discussed.
The visible material can form a flat or flat spiral-shaped entirety. But there can be lots of dark matter outside that spiral. But when we are thinking about the start of the universe in the Big Bang. The spherical universe can be the thing that is the form of the universe. But when we are looking at the supernova remnants more carefully.
We see one thing that is that the shape of those remnants is in the hourglass-shaped nebula. So what if the shape of the universe is similar? In that model, the shape of the universe is two flat or hyperbolic platforms connected by a dark matter ball. In that case, the universe is the entirety of the universe and the antimatter universe is part of the larger entirety.
Then we can think of one thing. If the universe has a similar shape to the material disks of the galaxy we must realize one thing. There must be the mass center of that structure. The mass center that could be a hyper massive black hole will turn all other particles. And galaxy clusters orbit it. But could that hyper massive black hole be possible?
Image 3:) Bipolar planetary nebula (The hourglass nebula).
But where universe get its magnetic field?
If the shape of the universe is a ball, that thing could explain why there is a magnetic field around the universe. The idea of that theory is that there is a mass center in the giant ball-shaped structure. That giant black hole will send radiation to the core of the giant plasma bubble.
And that plasma bubble turns to act like all other balls. The particles will travel to the poles of that giant ball. The ionizing radiation that is left from that hyper-massive black hole will turn the core of the universe magnetic.
The requirement for that thing is that there is a hyper-massive black hole in the middle of the universe. The thing that can prove that theory is that all galaxies and galaxy clusters and superclusters can travel in the same direction. If all supergroups and particles are traveling in the same direction that tells that there is a mass center that forces all other things in the universe to orbit it in the same direction.
https://scitechdaily.com/unlocking-one-of-the-most-profound-cosmological-mysteries-how-the-universe-got-its-magnetic-field/
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