The idea of a mirror universe is taken from the interplanetary bipolar nebulas. As I wrote recently. The idea is that the visible universe is the hyperbolic layer.
And that layer has the twin or mirror universe that is formed of anti- or mirror particles. The giant cloud of dark matter would connect those two universes in one entirety.
And the universe is the spheric entirety where the main part of the particles is dark. So the main part of the dark matter would be outside the visible universe or between the universe and the mirror universe. But then we must realize one thing.
Proving that theory is not a very easy thing. And the model for that is taken from the bipolar planetary nebulas. The distance to the hypothetical mirror universe would be huge. The photons must come from that universe through the giant gas structures and the billions of light-years size dark matter nebulas. The mirror universe theory is very interesting But proving that thing is very difficult.
Maybe dark matter can help to solve that problem.
There are four possible forms of dark matter.
1) The particle's spin is so high that the energy travels through it. In that version, the energy level of the particle is so high, that it would push radiation and other particles away.
2) The dark matter would be free superstrings. Those superstrings would be remenants of the particles that are turned to wave motion.
3) The size of the particles of dark matter is different than visible material. And that makes them send wave motion that we cannot observe.
4) dark matter is forming of virtual particles. In that case, the virtual particles would be like electron holes that remain when electrons rise to an upper energy level.
Theories of dark matter go like this. Dark matter is similar material with visible material. And the size of its particles makes it invisible. Another theory goes that the spin of particles of dark matter is so high-speed that it throws the energy that hits those particles away. That means the particle itself would not take the energy that impacts it.
Because the energy level of the particle remains at the base level it would not send photons. In reflection, the energy level of the particle rises. And when the energy stress to particle ends. It will send the photons until it reaches the base energy level. In that model, the spin of the particles is so high that the quantum field around it would not let radiation through it. And that means the energy cannot reach the particle itself.
Or the dark matter could be the free superstrings. That means they would be the remnants of the particles that are turned to wave motion. In that case, the dark matter would be information that remains after the particle is destroyed.
There is also the possibility that dark matter is a virtual particle. That means those dark matter particles are like electron holes that remain when electrons rise to a higher energy level. So the reason why we cannot see dark matter or make it interact is that it's the virtual material. Dark matter plays a key role in cosmic structures.
Dark energy can have the source in dark matter. Dark energy means the mysterious wave motion that rips the universe into pieces. Sometimes dark energy is suspected of being some kind of emission radiation. When energy stress impacts some particles and then that energy pump ends. Those particles send the wave motion. So the source of dark energy would be in unknown particles.
The reason why I believe that dark energy has a source in unknown material is that wave motion cannot form from emptiness. There are always particles that are sending wave motion. Things like superstrings can also send wave motion if they are moving back and forth. The form of dark energy is the thing that can explain the ultimate fate of the universe.
https://www.universetoday.com/156159/does-a-mirror-world-of-particles-explain-the-crisis-in-cosmology/
https://miraclesofthequantumworld.blogspot.com/
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