Comment on one bright second
humorlessrepost@lemmy.world 2 months agoIf it’s mathematically equivalent to the starting conditions of our universe, why would it behave differently.
Comment on one bright second
humorlessrepost@lemmy.world 2 months agoIf it’s mathematically equivalent to the starting conditions of our universe, why would it behave differently.
dream_weasel@sh.itjust.works 2 months ago
I don’t think you can argue that it’s mathematically equivalent. Just because space and time become so spread that they are effectively meaningless is not the same as them having not existed and then beginning to exist. Neither can you really say that since any baryons that have not decayed are so far apart none of them interact that they behave like the concentration of all matter in the known universe. At those scales of time I’m not even sure that there are any left.
It’s like arguing that one tiny piece of something in one place is the same as all the matter and all of space and time being in one place: it’s I guess analogous but not equivalent. I will of course caveat and say that my undergrad physics degree did not cover end of the universe timelines lol. Kurzgesagt does have a video though.
The cyclical universe approach as I understand it is predicated on an eventual big crunch which I don’t think is being argued anymore.
humorlessrepost@lemmy.world 2 months ago
Oh don’t get me wrong, I’m not saying he’s right. I just thought the objection was to that specific part, and I thought that part reasonably followed if the earlier parts were accepted.
dream_weasel@sh.itjust.works 2 months ago
I guess I’ll have to read up. I have potentially had a long running misunderstanding.
Blemish5236@lemmy.world 2 months ago
www.youtube.com/watch?v=PC2JOQ7z5L0
The universe is definitely cyclical, the only real question is: how?
StarvingMartist@sh.itjust.works 2 months ago
Unless it’s been disproven it’s not “not being argued anymore”