so we cannot predict its unfoldment but only to simulate it, and any simulation of it is slower than its natural unfoldment.
Granted, of course, there is doubt that a full simulation is the thing in itself, however and that is the point that is of interest to me, is it not the case that this assumes that the universe is a complete simulation of itself?
Might it not be the case that the computation is multidimensional? and in this case THIS universe is the particular result of a much greater/larger computation, that of a multiverse? which might very well be finite but indefinite.
I have a working assumption that a multidimensional computation (Q computation?) can solve/resolve the equation of a particular universe, such as ours
Spaceweaver:
Granted, of course, there is doubt that a full simulation is the thing in itself, however and that is the point that is of interest to me, is it not the case that this assumes that the universe is a complete simulation of itself?
Might it not be the case that the computation is multidimensional? and in this case THIS universe is the particular result of a much greater/larger computation, that of a multiverse? which might very well be finite but indefinite.
I have a working assumption that a multidimensional computation (Q computation?) can solve/resolve the equation of a particular universe, such as ours