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Model A (big bang) claims that all matter once existed inside a solitary mass something likely on the magnitude of a point singularity.
Model B (collision theory) claims that all matter once existed inside 2 unique masses whose velocity was likely on the magnitude of c^2 in respect to each other. From a stationary observer nothing can travel faster than c but two separate items can move away from each other in opposite directions and from one item to the other the apparent speed can be greater than c. In collision theory all matter is held together by the same principles that govern our universe. Planets around a more dense star, solar systems around a more dense mass, galaxies around a more dense center. This is well proven. Our entire known universe is likely to be moving through a larger pocket of space time circling an much more dense center. It likely does so with other similar size pockets. These in turn make up a much larger pocket with relative space time inside itself that circles a more dense center as well. This continues to a point where the matter becomes the building blocks that become a quark or lepton on a scale that is difficult to comprehend. So when two atoms collide it is not really two atoms colliding but really the outermost electron shells. And it is not really two electrons colliding and massive velocity compared to each other but the two leptons that make up the electrons that are colliding. And someday it is likely that we will find as our scientific precision increases that there are building blocks to leptons so an atomic collision is really the collision not between two leptons but the two building blocks that make up leptons. With each subsequent decrease in size come an increase in effective velocity and we reach a point where the two small particles smash into each other and in a fraction of a nanosecond the laws that bind subatomic particles allow the mass and energy to regroup and bond back together so from an external viewer it looks like the matter remained whole but from in internal vantage point it would look very much like a big bang occurred.
Does your model account for the hydrogen-helium abundence?
Yes since the few micro milliseconds after collision would be undergoing many of the same events as predicted in the big bang
theory.
Does it allow for a unification of the fundamental forces before the era of the Planck time?
The unification of fundamental forces is based on something called Aetheric Density which someday will unite the remaining forces and yes this is validated under the collision theory paradigm.
What was he nature of the spacetime before our universe was created?
Much similar to what we have now. The nature of space time should be SpaceTime if you refer to our Universe or spacetime if you refer to our universe. spacetime would be well described in the process of our expansion. SpaceTime would exist on its own rights to define the physical world in the larger pockets of spacetime that our pocket of spacetime inhabits. All of which is part of SpaceTime.
What became of the uncertainty principle in this spacetime?
I'm sorry but the uncertainty principle has no bearing in this. Like the normalization of Feynmann diagrams and imaginary particles that pop into existence then disappear, these are constructs created in attempts to plug the logical holes in the parts of the big bang theory that fail normal logic and so strange constructs are invented to plug holes. Remove the holes and the constructs are useless.
How does it follow that the model you propose would predict background radiation that we detect today? Why would they generate radiation in the microwave region at this time in the universe?
Since collision theory is the collision on a magnitude approaching c^2 the amount of energy released could easily equal the amount of energy an heat predicted in the earliest stages of the big bang, it is just the catalyst that caused the initial expansion that I question.
This message has been edited by Admin, 04-29-2005 10:32 AM