 Entanglement
Quote from Sherlock Holmes "When you eliminate the impossible, whatever remains, no matter how improbable, is the truth" .... or thereabouts
Using this process on the Quantum Entanglement problem really leaves only one solution.. no matter how improbable
Its as though the two particles are separated by no space, (and therefore not breaking any laws of relativity or receiving messages faster than the speed of light) whereas, we, governed by the maximum speed limit of the universe, see them as widely separate.
Could this be possible?
or is it simply that their two probablities waves are both stretched across the entire universe and when one collapses with 100% certainity, the other one must also collapse at the same instant.
But even then, wouldn't this be considered to break the maximum speed limit.
The only answer that suits everything is that they are not separated at all. But they appear to be separate to us ????
How can this be?? |