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Originally Posted by dgavin
Well I'm not giving up quite yet on my idea of the pull back being kick started by the hadronization. I probably spoke to quickly myself.
I'm thinking that more the the strong force would be involved, probably a combination of things. The hadronization empties the universe of energy at an ever increasing rate. At the last stage of it, the hadronization stops, and the gluon force starts pulling matter together again, assisted by the strong force, gravity, the week force, also probably the cashmire force and some other forces will come into play, including wave mechanics.
This initial pull back may even start as an extreamly fast 'collapse' and slow down as DM reforms, however the acceleration over all will be more then the reformed DM can compensate, leading to the eventual Collapse/Big Bouce to the next universe.
Mainly my thinking is once the Universe is drained of energy by hadronization, that it's tendency to expand because of energy, will become a tendancy to collapse due to the lack of energy.
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You could be right - I'm not a physicist by any stretch. All I really can do is to try to get a basic understanding the fundamental concepts as correctly as I can, then use that understanding to reason things through logically as far as I can. If the reasoning fails, then obviously, my understanding it wrong and I need to re-think my understanding. Without the deeper understanding the math presumedly brings, it's possible (even likely) that I'm not getting what all the implications of 'hadronization' would be, should it happen. I just took a stab.
Another thing I'm sort of wondering - if atoms were ripped apart during the big rip process, would there not also be an accompaning huge release of energy? Presumably, the rip would get through the EM forces and on to the weak, then strong, in pretty short order once it's progressed that far. If that would be the case, what could be the result? If it's not the case...then why not? This would happen, I guess, just prior to the point where hadronization would kick in - or would hadronization happen just before, preventing it?