Assumptions:
-Everything in the observable universe can be deduced down to a collapsed wave function = How many of these are there at any (one) time?
-Planck length as the smallest unit of "volume" = 10 to the power of 186
-We are not including multiverse theory.
-We are not speculating outside the observable universe
If we are to imagine that a quantum experiment were being run, and every single combination of every single discrete unit of matter and/or energy, at a discrete moment in time, occupied every single possible Planck volume, in every single possible combination, how many different snapshots of the universe are there?
What would be the next step in figuring this out?
-Everything in the observable universe can be deduced down to a collapsed wave function = How many of these are there at any (one) time?
-Planck length as the smallest unit of "volume" = 10 to the power of 186
-We are not including multiverse theory.
-We are not speculating outside the observable universe
If we are to imagine that a quantum experiment were being run, and every single combination of every single discrete unit of matter and/or energy, at a discrete moment in time, occupied every single possible Planck volume, in every single possible combination, how many different snapshots of the universe are there?
What would be the next step in figuring this out?
