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 regular tetration base sqrt(2) : an interesting(?) constant 2.76432104 Gottfried Ultimate Fellow Posts: 787 Threads: 121 Joined: Aug 2007 06/23/2013, 10:20 PM (This post was last modified: 06/24/2013, 04:53 AM by Gottfried.) Hi Sheldon - just "in shortness" (06/23/2013, 11:13 AM)sheldonison Wrote: Then we use the inverse Schröder function of $-s_0$ to get Gottfried's number. $z = S^{-1} (-s_0) + 2 \approx 2.7643210400001$ Well, ;-) I think such a naming deserves at least one index, so let's index it with the related fixpoint... Unfortunately, that constant has no obvious relation to the asum- zero-height from the other thread - if there were some elegant relation: that were really great. Also whether there might be a relation to the same effect /constant using the upper/repelling fixpoint were an interesting thing: if we perform a handful of integer-height iterations towards the upper fixpoint and find the fixpoint_4-dual and if we could make this somehow consistent, then we had a nice relation over/connecting the whole real line. For the connection from the duals below 2, between 2 and 4 and above 4 I'd made a picture (and some mail here, around 07'2010) but where I did not yet understand fully the different fixpoint-implications. I used that dual for a "norming", setting one value between 2 and 4 as having height = 0, namely the dual of 1.     The last point (the only one which I cannot answer myself, perhaps you can look at it): Can we look at your Kneser-method what the dual of, say x_0 = 1 or x_0 = 0 or x_0 = -infty were? I think we need only the appropriate imaginary iteration height to compute the respectively duals. Levenstein- numbers? ;-) Gottfried Gottfried Helms, Kassel « Next Oldest | Next Newest »

 Messages In This Thread regular tetration base sqrt(2) : an interesting(?) constant 2.76432104 - by Gottfried - 06/22/2013, 12:52 PM RE: regular tetration base sqrt(2) : an interesting(?) constant 2.76432104 - by tommy1729 - 06/22/2013, 08:43 PM RE: regular tetration base sqrt(2) : an interesting(?) constant 2.76432104 - by Gottfried - 06/22/2013, 09:55 PM RE: regular tetration base sqrt(2) : an interesting(?) constant 2.76432104 - by sheldonison - 06/23/2013, 11:13 AM RE: regular tetration base sqrt(2) : an interesting(?) constant 2.76432104 - by Gottfried - 06/23/2013, 10:20 PM RE: regular tetration base sqrt(2) : an interesting(?) constant 2.76432104 - by sheldonison - 06/24/2013, 04:09 PM RE: regular tetration base sqrt(2) : an interesting(?) constant 2.76432104 - by Gottfried - 06/25/2013, 10:45 AM RE: regular tetration base sqrt(2) : an interesting(?) constant 2.76432104 - by sheldonison - 06/25/2013, 01:37 PM

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