Friday, February 25, 2011

And you may find yourself...

"…you will encounter words like 'encairned', 'decensive', 'quotha', 'perforce', 'wroth', 'guerdon', and 'aye '(used like pepper throughout the text), all of which may be summed up in Haines' funniest quote, 'Man, what art thou at?'"
-- from a review of Aurelius' Meditations at Amazom.com

It reminded me of this song, though I don't know why:



Which song reminded me of these fellows, though I have a slightly clearer reason why:





In other news, tonight as I ate my dinner I realized arguments/writings for free will before the advent of quantum indeterminacy and stochastic processes would be much more entertaining. The recent deluge of evidence for indeterminism has made things almost too easy, don't you think? Granted, elite indeterminists like Peter Van Inwagen and Robert Kane, et al.,––did Van Inwagen really coin "indeterminism"?––avoid relying on quantum indeterminacy for their accounts of freewill, which is why I respect them so much. Someone like Stanley Jaki, by contrast, entirely rejects the Copenhagen interpretation of quantum mechanics and yet still defends freewill in a deterministic universe. That's my mentor, them's balls! (For the record, Jaki and I both did crew in high school.)

Determinism is held, despite the evidence, based only on the cognitive limits of our current understanding of science. "Even though a coin toss is spoken of as proabiistic, in fact, each specific coin toss has a deterministic outcome. If only we could know enough about its initial conditions, we could know its outcome exactly. We're just waiting for science to catch up with man's deepest, deterministic intuitions." The problem is that, even aside from the quantum indeterminacy we would face at the (…admittedly only currently…) lowest level of analysis, this Laplacian insight would still be subject to human finitude, since a skeptic could just as reasonably argue, "Even though a coin toss is spoken of as deterministic, in fact, each specific coin toss has a stochastic outcome. If only we could know enough about its initial conditions, we could know its outcome is probabilistic, like all of physical nature. We're just waiting for science to catch up with man's deepest, indeterministic intuitions."

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