Jeff Bone wrote: > Tim, I buy your argument. But the problem then is that it implies that > URI cannot represent the reals. A proper subset of a denumerable set > cannot stand in one-to-one correspondance with a non-denumerable set, > right? OTOH, it seems to me that, for any given real number, it is > possible to construct a (or many - perhaps infinitely many) URIs that > can stand for that real number... Er well my math degree is dated 1981, so the intuition is somewhat rusty. I believe, when you come right down to it, that the problem is that there are lots of reals that have no names. Clearly I could write URIs for well-known irrationals like e, pi, and their friends. It is obvious that there is no finite representation of an irrational using a positional numeric notation. So unless you have some other way of getting at it (ratio between circumference and diameter, integral of 1/x, square root of 2) you'll never get a name, which means that it just isn't a resource (a thing that has identity), so the world-view is kind of consistent. Think of all those poor nameless reals... that's a special kind of loneliness. -TimReceived on Thursday, 29 August 2002 11:30:01 GMT
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