Well a world with N people, with N large and not simple like a power of 2 or something, is going to be log2 N extra bits to specify over the same world with one person. Then an extra log2 N bits to locate a specific observer.
But since you might be any one of the N people, the second one cancels out and you’re left with the inherent complexity of the world. So log2 N, but if N is a simple number it can be much less. For N power of 2, it can be log log N. And you can have stuff that grows much faster than powers of 2, eg. N=Graham’s number doesn’t take many bits to specify.
Do we have a numerical estimate how much is the shift? ( of cause I can ask AI but interesting in your opinion). Something like 1/log N ?
Well a world with N people, with N large and not simple like a power of 2 or something, is going to be log2 N extra bits to specify over the same world with one person. Then an extra log2 N bits to locate a specific observer.
But since you might be any one of the N people, the second one cancels out and you’re left with the inherent complexity of the world. So log2 N, but if N is a simple number it can be much less. For N power of 2, it can be log log N. And you can have stuff that grows much faster than powers of 2, eg. N=Graham’s number doesn’t take many bits to specify.