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Dec 13, 2009 at 16:51 comment added Mariano Suárez-Álvarez @Igor: my question "why is it enough..." was not addressed to you but to a comment that disappeared :P
Dec 13, 2009 at 16:48 comment added Reid Barton Ah, and I was only speaking with reference to the question in the title, not the related questions.
Dec 13, 2009 at 14:57 comment added Reid Barton @Igor: I agree with your point 3--specifically, the connecting maps in the homotopy LES might differ for various components; but you didn't use anything about them in your argument.
Dec 13, 2009 at 13:43 history edited Igor Belegradek CC BY-SA 2.5
added 199 characters in body; added 13 characters in body
Dec 13, 2009 at 13:26 history edited Igor Belegradek CC BY-SA 2.5
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Dec 13, 2009 at 7:21 comment added Reid Barton $SF_n = \Omega^n S^n$ is a loop space, so its components are all homotopy equivalent, and therefore your argument should apply to any component of $C(S^n, S^n)$.
Dec 13, 2009 at 6:04 comment added Andy Putman By the way, I deleted my comment because after reading Igor's post more carefully, I realized that everything I said in it is basically contained in his post.
Dec 13, 2009 at 5:32 comment added Ady Also, what about the second related question ?
Dec 13, 2009 at 5:21 comment added Mariano Suárez-Álvarez Why is it enough to show the identity components are not homeomorphic?
Dec 13, 2009 at 4:39 comment added Ady I can agree C(S^n, S^n) (as a space of pointed maps) has the same homotopy groups as S^n just shifted by n dimensions. But the original question was about C(S^n, S^n) as a whole, i.e., no basepoint, no pointed maps. Also, if two components are not homeo, does it follow the two spaces are not homeo ?
Dec 13, 2009 at 4:08 history answered Igor Belegradek CC BY-SA 2.5