Interesting Ian
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I
Dymanic said:
In your opening post in this thread, you suggested Galileo as the author of the concept 'primary and secondary qualities'. Actually I think that was Robert Boyle, but it was Galileo who first concluded that objects tend to resist a change in velocity. This was later formalized by Newton as his First Law of Motion: An object at rest will remain at rest and an object in motion will remain in motion unless acted upon by an external force.
This means that the positions and vectors of balls on a billiard table are determined entirely by previous events. This doesn't mean that they are, in practice, accurately predictable at long range; even simplifying things by using theoretically perfect balls and table, and ignoring such factors as wind, temperature, etc., measurements and calculations can never be made to infinite precision. So regardless of the degree of precision to which you are working, deviations below that resolution will propagate upward to large deviations in the long run.
Extrapolating this to human behavior translates to the claim that "It's billiard balls all the way down". Unfathomable complexity and imperfect precision may make accurate prediction impossible, but that doesn't mean the results are not entirely deterministic, just that for all intents and purposes, they might as well be.
I am not convinced that any such thing as 'intrinsic randomness' exists -- but then, I am less than entirely comfortable with my grasp of quantum theory.
Thank you Dymanic. In that case I am not a determinist.
BTW my understanding is that a straightforward interpretation of QM does entail intrinsic randomness.