Coming back to the Big Bang concept. If the Big Bang happend as Hubble predicted, your model would seem to have prevented the expansion of space. It would seem that if the quarks began "reeling in space", at the very moment when there was hardly any space at all, the quarks would have drawn closer together and resumed their ordered "singularity" configuration. How could space have expanded/inflated after the Big Bang if all the fundamental matter was bringing the space "onboard."
Similarly, a Big Crunch would not be a decrease in the size of fundamental matter, because if the quarks were "offloading" space, there should have been an expansion of space and the quarks would have become more dispersed from one another. My understanding of a Big Crunch requires that space decrease in size until there is none, which pulls all matter back into the shape of a singularity.
How can distances between particles grow if the quarks are taking space on board? How can distances decrease if space is being "offloaded"?


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