DAVE:
Thanks Dave ... As usual your explanation is succinct, and logical. Sorry to hear that you have had surgery, glad to hear that you are recovering .. hope all is well. I like your idea of the event ...
You have been so quiet of late I thought you had drifted off into other endevours.
WILLIE:
I don't know why my last post never appeared ???
Dave or Austin ... did you see it ??
Willie ...Yes ... I looked it up ... it is the book you mentioned... the part I am referring to is Chapter 4 ... and the footnote I am referring to is in the appendix Number 18. (not number 7 as I initially said.)
If you understand the Maths in the footnote (I didn't at first) .. it soon becomes apparent that Einstein's explanation can not be considered valid, QM's can. Altho .. once again ... as Dave says, this is a matter for interpretation by the individual ... but the Maths, however, are clear.
If you need a more down to earth explanation of this, (Dave is a bit of a polymath and leaves us lesser mortals behind at times .. no offence intended Dave .. quite the opposite) I have revised it and feel I can do a reasonable Layman's explanation of the Maths.
AUSTIN:
Good to here from you again. I can't totally agree with your attempt at a fuzzy subject. While in the main your theme follows conventional QM, that is, the observer and the observed both play a part in the observation.
Bell's Theorem answers the EPR Paradox by a more subtle explanation. If you accept that there no way to know all the properties of a particle with 100% certainity, nor will there ever be, then the question posed is by the Paradox is:
If you cannot know all these properties, then QM must necessarily be an incomplete theorem ... Einstein accepted that QM was better at explaining the 'imprint' ...his main contention was that the Theory (QM) was necessarily incomplete and THEREFORE a better theory would eventually be found!!
That is ... because we necessarily interfere with the properties of the particle by our act of observation ergo: we can never know the true state of the particle ... THEREFORE says EPR it cannot be said that the particles
DO NOT have ascertainable properties ... just that we cannot observe them simultaneously !!
Bell's Theorem was a stunning insight that allowed this to be statistically proved wrong..
That is ... The uncertainity is in the particles themselves .. That is, uncertainty is part of the fabric of matter ... regardless of our observations. (Please note the word statistical )
Of course, this is an interpretation... I myself do not believe that the Moon does not exist if no one is observing it ... But the Maths of Bell's Theorem is perfectly clear. It was certainly enough to put the final nail in the coffin of EPR as far as mainstream science was concerned.. But, as I say, it is a statistical proof that has proved incredibly accurate to the nth-most degree.
This does not mean it can be interpreted as reality.
WILLIE:
I will post the explanation of Greene's Book, footnote 18 here. I will attempt this tonite
cheers .... today is Friday here ... altho I am on call tonite .. this afternoon I will be sitting on my balcony and downing a few cold ASAHI Beers .... I am an old bastard (53) too ... but there is a good chance, or should I say probability, that the rest will follow too

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