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Re:Clang is now feature complete for C++14 by coldtea on Thursday November 07, 2013 @04:23AM (#6688463)
Why, is there any reason to consider 194194 significant?

From 100100 to 194194 there are 194 of those kind of numbers (e.g 133133).

Even more if you count other symmetries as "significant", e.g 100001 or 123321

Re:Clang is now feature complete for C++14 by legulere on Thursday November 07, 2013 @04:56AM (#6688572)
Re:Clang is now feature complete for C++14 by codeflo on Thursday November 07, 2013 @06:03AM (#6688755)
Or no number is interesting. The argument never proves the base case. ;)
Re:Clang is now feature complete for C++14 by ithkuil on Thursday November 07, 2013 @09:58AM (#6689626)
If there was a number of interesting numbers, that number should include itself in the count, since we clearly have some interest in this topic. So if the number of interesting numbers is 0, then zero is an interesting number hence the number of interesting numbers is at least 1.
Re:Clang is now feature complete for C++14 by mikeash on Thursday November 07, 2013 @10:55AM (#6690037)
Alternately: if there are no interesting numbers, that fact is itself interesting. But that fact can be encoded as a number (see Gödel), and the number must be interesting if the fact is interesting. Thus there is at least one interesting number.
Re:Clang is now feature complete for C++14 by galonk on Thursday November 07, 2013 @02:34PM (#6691853)
The fact being interesting doesn't mean its encoding is interesting. I might find a movie interesting but looking at the raw bytes of the MP4 file much less so ;)
Re:Clang is now feature complete for C++14 by mikeash on Thursday November 07, 2013 @03:49PM (#6692278)
Does such a thing actually exist outside of the encoding used to represent it?

Uh oh, I think we may have run into... PHILOSOPHY!

http://xkcd.com/903/

Re:Clang is now feature complete for C++14 by rvkennedy on Thursday November 07, 2013 @08:34AM (#6689171)
Surely there are only 95 repeated pairs of three digits between 100100 and 194194? And another 95 symmetric numbers. With a leading zero you have 195 each way.