In some theories, the Big Bang was the Schwinger effect which turned wave movement into particle-antiparticle pairs. The Big Bang was the annihilation that destroyed and reformed particles. A small asymmetry in the relation of particles caused the situation that the material that we know as material forms the universe.
This thing is interesting because the Schwinger effect always forms the same number of particles and antiparticles. So where came those extra particles that formed material?
The Big Bang was probably a series of events where material transformed into energy, and again energy transformed back into the material. But then we must realize that dark matter must come from somewhere. Dark matter is a mystery. In the young universe, there was lots of dark matter. And then dark energy replaced dark matter as the most dominating force in the universe.
There is a possibility. That in the early universe was some type of material that is lost today. That explains why in the young universe was no dark energy. But there was more dark matter. Cosmic inflation explains why the density of dark matter decreases, but what is the origin of free or dark energy that causes the universe's expansion?
Cosmic inflation means that material density comparison with space decreases. The idea is similar when the balloon is put in a vacuum chamber. The vacuum pulls the balloon larger.
And the pressure inside it is decreasing. Problem is that the cosmic inflation theory requires that the universe's acceleration speed increases.
The reason for that is when the distance between objects increases gravitational effect between them decreases. But that thing does not seem quite right. The expansion speed of the universe doesn't accelerate. Or it accelerates less than it should.
Is the origin of dark energy the annihilation between unknown particle-antiparticle pairs? That means dark energy is an echo from the particles, destroyed a long time ago.
If we think that the Big Bang formed two or three types of material. That might have no other interaction than gravitation. In some models, the Big Bang released three types of matter.
1)Cold Dark matter ********************1)Cold Dark matter
2)Hot Dark matter*******'** or********* 2)Visible material
3)Visible material *********************3)Hot dark matter
Even if dark matter consists of two versions of hot and cold dark matter, that doesn't mean that hot and cold dark matter has a stronger interaction than hot and cold dark matter and visible material.
There is a possibility that visible matter is between cold and hot dark matter. The existence of hot and cold dark matter is not confirmed. But if visible material is between the hot and cold dark matter. That means dark matter interaction goes through the visible matter. So if that thing is true could the dark energy be the result of that unproven interaction?
If visible material is between cold and dark matter that means the dark matter forms a giant maser effect in the universe. The idea in that model is that before the "real Big Bang" happened that event released dark matter.
Then the ring of visible material is released, and finally, another wave of dark matter is released into the universe. That model is taken from nuclear bombs where lots of radiation is released just before the weapon explodes.
The fact is that. Dark matter is not proven to be material at all. In some visions, the dark matter is some kind of gravitational maser effect. But that thing is very hard to prove. We know that there is some kind of gravitational effect whose source is unknown. And that's almost everything that we know about dark matter.
https://en.wikipedia.org/wiki/Inflation_(cosmology)
https://shorttextsofoldscholars.blogspot.com/
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