Re:Quantum Entanglement Drives the Arrow of Time
by stillsut on Friday April 18, 2014 @12:18AM
(#7607925)
Can't I just weigh Galileo's cannon ball, then based on T from when I dropped it know its momentum?
I think the difference comes on moving past the macroscopic world: say I drop a uranium atom into Shroedinger's box - I can't calculate at time T whether the cat is alive.
Re:Quantum Entanglement Drives the Arrow of Time
by Confusion on Friday April 18, 2014 @05:22AM
(#7608557)
Yes, you can calculate the momentum it had anywhere along the path while it dropped. Does being able to calculate some property make it real? If I take the square root of the momentum and call it the 'squish' of an object, is my 'squish' property then real?
But you can argue both those things are not as real as e.g. extension, force and energy, which are much more readily available to our senses.