tea.mathoverflow.net - Discussion Feed (On a decomposition of L^1(G)) Sun, 04 Nov 2018 23:14:08 -0800 http://mathoverflow.tqft.net/ Lussumo Vanilla 1.1.9 & Feed Publisher Yemon Choi comments on "On a decomposition of L^1(G)" (13520) http://mathoverflow.tqft.net/discussion/969/on-a-decomposition-of-l1g/?Focus=13520#Comment_13520 http://mathoverflow.tqft.net/discussion/969/on-a-decomposition-of-l1g/?Focus=13520#Comment_13520 Sat, 26 Feb 2011 14:45:52 -0800 Yemon Choi The question is now open again. I have done a bit more editing which I hope has not obliterated the original intent.

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Andres Caicedo comments on "On a decomposition of L^1(G)" (13518) http://mathoverflow.tqft.net/discussion/969/on-a-decomposition-of-l1g/?Focus=13518#Comment_13518 http://mathoverflow.tqft.net/discussion/969/on-a-decomposition-of-l1g/?Focus=13518#Comment_13518 Sat, 26 Feb 2011 12:58:04 -0800 Andres Caicedo Qiaochu Yuan comments on "On a decomposition of L^1(G)" (13517) http://mathoverflow.tqft.net/discussion/969/on-a-decomposition-of-l1g/?Focus=13517#Comment_13517 http://mathoverflow.tqft.net/discussion/969/on-a-decomposition-of-l1g/?Focus=13517#Comment_13517 Sat, 26 Feb 2011 09:40:18 -0800 Qiaochu Yuan This question was closed but has been edited and now it looks perfectly reasonable to me. (There is no question mark, but the question is in the first sentence.)

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