However, at least as far as we know, time seems to be continuous.
Unexpected hanging paradox
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Re: Unexpected hanging paradox
#12The backwards induction argument assumes the time of execution is a discrete variable. However, at least as far as we know, time seems to be continuous.
Re: Unexpected hanging paradox
#13Re: Unexpected hanging paradox
#14Of all those paradoxical thought experiments, this is still my favorite, or really high up at least. Maybe because I've heard it at a young age and my little brain was all flabbergasted. The impression must have lasted.
That rhyme definitely wasn't something I would've forecasted...
Re: Unexpected hanging paradox
#15I enjoy the math versions. "Theorem" version: Every integer is interesting. (Otherwise, one number would be the smallest uninteresting integer. And that would be of notable interest.) "Paradox" version: What is the largest number that cannot be described in fewer than 100 characters? Or even the classic paradox by Russell https://en.wikipedia.org/wiki/Russell%27s_paradox Does the set of all sets that do not include t…
Almost certainly you mean the smallest number (= positive integer), no? (One doesn't automatically expect that the existence of some positive integer satisfying a property means that there is a largest such.)
Re: Unexpected hanging paradox
#16Re: Unexpected hanging paradox
#17Re: Unexpected hanging paradox
#18Re: Unexpected hanging paradox
#19Dosent seem terribly paradoxical to me.
Re: Unexpected hanging paradox
#20I enjoy the math versions. "Theorem" version: Every integer is interesting. (Otherwise, one number would be the smallest uninteresting integer. And that would be of notable interest.) "Paradox" version: What is the largest number that cannot be described in fewer than 100 characters? Or even the classic paradox by Russell https://en.wikipedia.org/wiki/Russell%27s_paradox Does the set of all sets that do not include t…
> the largest number that cannot be described in fewer than 100 characters Almost certainly you mean the smallest number (= positive integer), no? (One doesn't automatically expect that the existence of some positive integer satisfying a property means that there is a largest such.)
Yeah, smallest.