John, as stated on another thread, my theory depends upon a big bang in order to, first, have sufficiently strong C-fields to create the particles we find in the universe, and second, to reach a point where such particle creation 'stops'. There are also symmetry breaking issues here that seem necessary to me to match our current universe.
In addition, as difficult as it is to comprehend the big bang, as an event in which 'something' proceeds from a state of 'nothing', it is even more difficult (I would say impossible) for me to imagine an everlasting infinite space in which we still need to evolve in some reasonable manner the physical universe we find ourselves in. That may simply be my problem?
Also, I don't really understand "the outward curvature between galaxies to be balanced by the inward curvature within them". It may make sense, but I don't understand it.
In short, with an almost infinitely variable physical universe one has to pick and choose the problems to be solved. I have chosen what I consider the most significant aspects of reality and the most logical 'initial assumption' (that is, one field and one field only as the starting point) and attempted to evolve in a physically reasonable way the current state of the universe. I consider myself successful in this endeavor, but that leaves room for a very large number of specific instances and interpretations that I have not covered. I believe that this is inherent in the very process of such theorizing, since no one person can hope to solve every problem that others are concerned with.
Again, as stated elsewhere, I consider the solution and or explanation of real physical anomalies, that everyone seems to agree are real, but no one has an explanation for, to be a better approach than to concern myself with Planck energies and multi-verses, that will probably never be available for inspection, and at best will be exceedingly indirectly implied. That, to me, is mathematics, whereas explaining real physical anomalies that are known to exist, is physics.
Finally, I make predictions, about Higgs, SUSY, axions, and other possible LHC results, so that in only a very few years my theory will look better or worse.
I am not downplaying your concerns, and I don't have immediate answers to them, I am just trying to explain why I am taking the approach that I do.
Edwin Eugene Klingman