btr
Registered Member
That theory talks about describing a system "down to the quantum level". Just to clarify, does "down to the quantum level", include quantum physics like superspostion and decoherence, or doesn't it?
The systems considered are in energy eigenstates, rather than general superpositions of such eigenstates (otherwise, the number of possibilities would have to be infinite). It is still pretty remarkable, if true, that the amount of information required to completely specify any definite-energy state is bounded above by a number proportional to the surface area of the system.