- #1
durant35
- 292
- 11
Hello guys,
I have a question that came up to my mind while thinking about the evolution of our universe and quantum mechanics. It involves cosmology so maybe that was the right spot to post it, and of course the moderators can do it if they feel it's more adequate for the thread, but my opinion is that it's more based on quantum physics so I think this is the right sub-forum.
There are many plausible cosmological scenarios for the evolution of our universe, big rip, big crunch, heat death etc. It is currently accepted that the heat death is the most likely one. My question is - does the same cosmological evolution and the same end apply to all of the universal wave function, or to say it better - to all Everettian worlds? Will all the worlds thermodynamically end at the same time because of heat death - and there will be no bizarre worlds where civilizations live forever etc.
Thanks in advance
I have a question that came up to my mind while thinking about the evolution of our universe and quantum mechanics. It involves cosmology so maybe that was the right spot to post it, and of course the moderators can do it if they feel it's more adequate for the thread, but my opinion is that it's more based on quantum physics so I think this is the right sub-forum.
There are many plausible cosmological scenarios for the evolution of our universe, big rip, big crunch, heat death etc. It is currently accepted that the heat death is the most likely one. My question is - does the same cosmological evolution and the same end apply to all of the universal wave function, or to say it better - to all Everettian worlds? Will all the worlds thermodynamically end at the same time because of heat death - and there will be no bizarre worlds where civilizations live forever etc.
Thanks in advance