Einstein's model is that around all gravitational centers is spacetime curvature. The curvature is not a cone. It looks a little bit like a stretching funnel. The gravitational fields look like they condense around the objects. That means the strength of the gravity turns stronger near the gravity centers.
So the thing called a straight universe is impossible. In the same way, we cannot ever solve an object's problem. All objects in the universe are unique. There are no two identical three-object systems, existing in a fully identical environment in the entire universe.
In the young universe, the universe was different than it is now. Energy is packed into a form. That was like a hill or mountain in the middle of nothing. That energy hill expanded and that thing formed the cosmic inflation. Radiation is like strings and when the distance between strings grows, that forms space in the system. And that space formed entropy. The Big Bang model means that before the Big Bang, the universe was incredibly dense object.
Space and time were united with material. Then the object vaporized and that formed space in that thing. Then the entropy started to destroy the proto-universe that was a little bit like a black hole. But there was no impacting radiation and quantum fields around that object. Then that structure, which involved all material, energy, and time. Started to vaporize. And one of the mysteries is, how long that object existed.
Entropy is needed for the Schwinger effect that formed the first particles. That is an oversimplified model of material formation. The problem is that the Schwinger effect requires counterradiation. Then radiation formed a quark-antiquark pair.
The Big Bang involves some problems. The biggest problem is this. When does radiation start to turn into material, and what causes that effect? The cosmic inflation began sometime after the Big Bang. That event formed space into the radiation.
Growing entropy in the young universe formed whirls. And those whirls formed the Schwinger effect, which formed material. The big question is: which came first? Black holes or regular stars? The Big Bang was the event that formed the universe, but how many stages did that thing have?
We only see to the point. Where 3D material is formed. The other universes or counterwaves could explain the Schwinger effect. That formed the very first particles. Maybe, before the last stage of the Big Bang. There formed quark-gluon plasma and fermions, that are not anymore exist in our universe. Also, other fermions than the up and down quarks, and electrons can form material.
But could particles, like top and bottom quarks and muons form some kind of protomateria is an open question. In the young universe. The energy level was higher, and it's possible. That those particles were free in that high-energy space.
When we compile things like differences between the young universe and the current universe we face an interesting thing. In the young universe, entropy was minimal. Time moved, in a straight trajectory. In the current universe, there are gravity potholes. And the speed of time is not a stable thing. At the point of every gravitational pothole, gravity slows time. That means time dilation is different at every point in the universe.
The current universe is full of impacting quantum fields. That means there is lots of turbulence. And those impacting quantum fields deny things like Kugelbliz formation. The quantum fields or radiation pushes that structure away before it can collect as much energy, as it can form the radiation black hole.
Those crossing quantum fields can explain, where material came from. But there was no known impacting quantum fields in space, where the Big Bang happened were no impacting oppositely traveling known quantum fields. All energy traveled in one direction. And that is the problem with the Big Bang theory. The other Big Bang and multiverse could explain the thing. That sends the impacting energy waves.
The theoretical Kugelblitz spacecraft don't use Kugelblitz black holes. It presses the radiation against the geometrically slight ball. And that system forms the black hole in the spacecraft.
https://bigthink.com/starts-with-a-bang/big-bang-first-thing-cause/
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