> The purpose of this essay was to illustrate how philosophy could be enriched by taking compu- tational complexity theory into account, much as it was enriched almost a century ago by taking computability theory into account. In particular, I argued that computational complexity provides new insights into the explanatory content of Darwinism, the nature of mathematical knowledge and proof, computationalism, syntax versus semantics, the problem of logical omniscience, debates sur- rounding the Turing Test and Chinese Room, the problem of induction, the foundations of quantum mechanics, closed timelike curves, and economic rationality.

O.M.G. Yet another natural scientist trying to coerce philosophy to his 'way of thinking'.