OT Re: Math-embarrassment results in CS [was: Should non-security 2.7 bugs be fixed?]
no.email at nospam.invalid
Wed Jul 22 19:48:06 CEST 2015
Steven D'Aprano <steve at pearwood.info> writes:
> That's wrong. If we had such a reason, we could state it: "the reason
> we expect natural numbers are irreducible is ..." and fill in the
> blank. But I don't believe that such a reason exists (or at least, as
> far as we know).
> However, neither do we have any reason to think that they are *not*
> irreducible. Hence, we have no reason to think that they are anything
> but irreducible.
But by the same reasoning, we have no reason to think they are anything
but non-irreducible (reducible, I guess). What the heck does it mean
for a natural number to be irreducible anyway? I know what it means for
a polynomial to be irreducable, but the natural number analogy would be
a composite number, and there are plenty of those.
You might like this:
Remember also that "in ultrafinitism, Peano Arithmetic goes from 1 to
88" (due to Shachaf on irc #haskell). ;-)
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