by Gordon Watson » Wed Sep 28, 2016 1:53 am
Joy Christian wrote:***
Gordon,
it is impossible to prove Bell's theorem without physically unrealistic assumption of anti-realism. See this proof:
viewtopic.php?f=6&t=267&p=6566#p6566.
***
Thanks Joy, but I see a mathematical error in Bell's theorem, not anti-realism. Those who dismiss my contention are bound by the consequence of the error (ie, in their view there is no math error). They are therefore bound by its compensatory equivalent -- naive-realism. Now, under naive-realism, Bell's "famous" inequality -- Bell's 1964:(15) -- goes through. Test it with objects under the assumption of naive-realism -- see d'Espagnat and the assumption of naive-realism at work
http://www.scientificamerican.com/media/pdf/197911_0158.pdf; an essay which Bell endorsed -- and Bell's 1964:(15) holds.
WRT to your example of NYC and LA, place/time is irrelevant
under the naive-realism in Bell's theorem.
Under naive-realism you can test identical objects anywhere anytime anyhow; NYC, LA, Paris, Cambridge: see d'Espagnat.
Glad we agree on this one thing, though: BT is nonsense!
With best regards; Gordon
[quote="Joy Christian"]***
Gordon, [color=#FF0000]it is impossible to prove Bell's theorem without physically unrealistic assumption of anti-realism[/color]. See this proof: http://www.sciphysicsforums.com/spfbb1/viewtopic.php?f=6&t=267&p=6566#p6566.
***[/quote]
Thanks Joy, but I see a mathematical error in Bell's theorem, not anti-realism. Those who dismiss my contention are bound by the consequence of the error (ie, in their view there is no math error). They are therefore bound by its compensatory equivalent -- naive-realism. Now, under naive-realism, Bell's "famous" inequality -- Bell's 1964:(15) -- goes through. Test it with objects under the assumption of naive-realism -- see d'Espagnat and the assumption of naive-realism at work [url]http://www.scientificamerican.com/media/pdf/197911_0158.pdf[/url]; an essay which Bell endorsed -- and Bell's 1964:(15) holds.
WRT to your example of NYC and LA, place/time is irrelevant [u]under the naive-realism in Bell's theorem[/u]. [u]Under naive-realism you can test identical objects anywhere anytime anyhow[/u]; NYC, LA, Paris, Cambridge: see d'Espagnat.
Glad we agree on this one thing, though: BT is nonsense!
With best regards; Gordon