- 2,506
- 1,232
How low can you go in size when it comes to independent space-time for it to still qualify for low 2-C?
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
There is already a standard size set bruhA standard size should be set then.
Where can I find 93 billions lightyears on the wiki?There is already a standard size set bruh
93 billion light year diameter, same size as our universe.
Still really dumb.There is already a standard size set bruh
93 billion light year diameter, same size as our universe.
Isn't that a tad bit too overspecific? We don't assume universes to be smaller than ours unless explicitly stated or confirmed to be so.Still really dumb.
My Universe is 92 Billion Light Years and suddenly it's now Low 2-C anymore.
Again, we don't assume universes to be smaller than ours unless explicitly stated in-verse.92 Billion Light is an estimate only. which the universe continues to expand all the time.
Ok in the novel I'm reading atm (legit), this parallel universe is specifically stated to be fifty billion light years in diameter in comparison to our own universe.Isn't that a tad bit too overspecific? We don't assume universes to be smaller than ours unless explicitly stated or confirmed to be so.
@DontTalkDT @Ultima_Reality How do we deal with this weird situation?Ok in the novel I'm reading atm (legit), this parallel universe is specifically stated to be fifty billion light years in diameter in comparison to our own universe.
What makes that 40+ Billion Light Years of almost entirely empty space so important that the parallel universe does not qualify as Low 2-C?
So uh, how many light years of diameter do you think is a good border for Low 2-C to begin at?What does "almost empty space" mean? That space is exactly as filled with stuff as every other part of the universe.
Anyway, we gotta set the border somewhere and observable universe size is, in all likelihood, a massive lowball already.
So what happens to stuff like 50 billion light-year diameter universes? Or even 92 billion light year diameter universes? Just curious.Like space-wise? Usual Low-End Universe size i.e. diameter of the observable universe.
93 billion lightyears in diameter.