From news@nntp-server.caltech.edu Sun Mar 21 14:11:53 1993 Return-Path: Received: from punisher.caltech.edu by life.ai.mit.edu (4.1/AI-4.10) id AA11179; Sun, 21 Mar 93 14:11:53 EST Received: from gap.cco.caltech.edu by punisher.caltech.edu (4.1/DEI:4.41) id AA00501; Sun, 21 Mar 93 11:12:38 PST Received: by gap.cco.caltech.edu (4.1/DEI:4.41) id AA28694; Sun, 21 Mar 93 11:10:18 PST To: mlist-cube-lovers@nntp-server.caltech.edu Path: joelong From: joelong@cco.caltech.edu (Joseph Louis Long) Newsgroups: mlist.cube-lovers Subject: Re: Seeking magic dodecahedron Date: 21 Mar 1993 19:10:17 GMT Organization: California Institute of Technology, Pasadena Lines: 13 Message-Id: <1oieipINNs0k@gap.caltech.edu> References: <9303201824.AA02491@pacific.cps.msu.edu> Nntp-Posting-Host: punisher.caltech.edu raymond@cps.msu.edu writes: >Hello cube lovers, > I haven't seen any activity on this mailing list in a long time! I'll say... when I saw this post it reminded me that I've been watching this group for about two months hoping to see some mention of Square-1, but have been left disapointed.. (wimper wimper whine.) :) So let me ask... Does anyone have a solution to Square-1? Is there a simple ``operator'' based method, like there is for the cube? If it is simple enough to explain in text, could someone please post it? Has there been a ``solutions book'' published? obviously in the dark on recent cubic developments, joe