This question may be poorly posed, but what I'm looking for is an understanding based on some deeper underlying principle that would lead to it.
As far as I understand the universe as a whole isn't spinning. If it were that would seem to mean that it's not isotropic, right? And it is isotropic so, it must not be spinning. That seems odd to me. It seems like a big coincidence that all the matter in the universe somehow has as total angular momentum of... zero.
How does that happen? The only thing I can think of is the idea that the universe is some sort of quantum fluctuation, and given that momentum is conserved, if you start with zero angular momentum you should still have zero angular momentum.
As far as I understand the universe as a whole isn't spinning. If it were that would seem to mean that it's not isotropic, right? And it is isotropic so, it must not be spinning. That seems odd to me. It seems like a big coincidence that all the matter in the universe somehow has as total angular momentum of... zero.
How does that happen? The only thing I can think of is the idea that the universe is some sort of quantum fluctuation, and given that momentum is conserved, if you start with zero angular momentum you should still have zero angular momentum.
via International Skeptics Forum https://ift.tt/2u5Eoau
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