So, apparantly using Einstein's opinion doesn't help my case much, even though I agree with him.
Einstein was brilliantly right about some things, but shown to be wrong about some others, quantum indeterminacy being the most famous example. He is arguing that there is no indeterminacy about people, from the premise that there is no indeterminacy about inanimate objects-- but that premise is precisely where he is known to have been wrong. (Of course, the reverse does not follow: just because there is known to be indeterminacy at the microscopic level, it does not necessary follow that there will also be indeterminacy at the macroscopic level; I do not think your position is logically impossible, just unlikely.)
The exact same set of influences in the exact same situation will always produce the exact same choice in the exact same person.
And it seems improbable that I will sway your opinion on this. But at least, do you understand that "The exact same set of influences in the exact same situation
does not always produce the exact same choice in the exact same electron"? And therefore that there is nothing logically impossible about such an indeterminacy also being true of people?
As long as superdeterminism remains a VALID escape from Bell's theorem...
It has not been
shown that it is or ever has been a valid escape. Bell
tried to construct a hidden-variables theory along that line, but never completed one, and we do not yet know whether such a theory is possible. All we know is that it is the kind of approach that Bell thought worthwhile to try (and that Bell was no dummy on the subject; but even Einstein got some things wrong).
if you were never claiming that our choices are not quantum indeterminate then we have no disagreement anyway. Thanks for clearing that up.
Do you have an extra "not" in that sentence? It seems that rather than clearing it up, my attempt to explain just muddled you other. I was never claiming that it was
empirically provable at present that our choices are quantum indeterminate; I was claiming that it is empirically provable, and has been for a long time, that
some things are quantum indeterminate (which rodgertutt was claiming to be a logical impossibility); and I am still believing that it is
probable that our choices are quantum indeterminate, and even that it is probable that this will be empirically demonstrable in the near future.
in my opinion, in this world, we are the chess pieces,
and the laws of physics have everything to do with what moves we make.
We observe that some moves on the board are less probable than others, for example, moves which leave the queen subject to capture. We can easily understand one class of exceptions: a move that leaves the queen subject to capture is more probable when it also attacks the other queen, whether or not an actual exchange of queens follows. Bell was "spooked" by another class of exceptions, when the sacrifice of a queen seems to be "caused" by a checkmate
five or six moves in the future; how to explain this? Travel of information backwards in time is what Bell rejected as "spooky". Some kind of "hidden variables" approach where pre-calculations of the possible future outcomes are, presently, being stored somewhere makes a little more sense: that would be the "players" (and whether they are conceived of as "free-will" agents or as sophisticated but thoroughly algorithmic computer programs is actually beside the point here; the "players" are not the "pieces"). Bell's approach was to believe that every move to the end of the game is encoded
in the chessboard from the beginning; he never made that work.
But what I have been talking about, really, is the most basic class of exceptions: sometimes a queen is left hanging, for nothing. Introduce "players" and there are all kinds of possible explanations: it's a speed-chess game and the player lost concentration under time-pressure; or the player wasn't very good in the first place; or it's a dad playing a little kid and letting him win, whatever. Rodgertutt insists that there must be a complete explanation
looking only at the position of the pieces on the board. That's just wrong.
I'm glad I'm not paying the phone bill
The Muslim missionary hung up long ago; actually we're just talking to the dial tone.
Apparantly, just like in Christianity, there is a wide range of beliefs in Islam depending on differet interpretations of what the Quran means;
a range all the way from ultra-conservative (eternal suffering),
The Afterlife in Islam - ReligionFacts
to liberal (all-inclusive salvation)
I didn't know that "all-inclusive salvation" was believed by
any Muslims; I thought they were all "ultra-conservative". So OK, at least I have learned something from this exchange.