01/11/2015, 02:32 PM
Thanks and happy new year to you.
1- From italy the site is available. Anyways congratulations for the richness of the website, is really great. Even if, given my poor knowledge of the sophisticated analisys methods used there, I can't understand half of the contenents seems really really interesting, and plots look amazing!
2-About Pentation: l have to notice that long ago, in 2006, Rubtsov and Romerio [1] were able to compute a first approximation of the fixed point \( L_{e,4,0}=-1.850354529... \). Their first approximation where denoted by \( \sigma=-1.84140566... \) and \( pent_e (-\infty)=sln(\sigma)={{}^\sigma}e=\sigma... \) (where pent is computed using their approximation).
4 - Sorry but I cant help you, I'm just an amateur mathematician
PS: The way you plot function is really nice, is the same way one draws geographical map using contour lines! Is a common method to plot complex functions?
[1] Rubtsov, Romerio - Notes on Hyper-Operations, Progress Report -NKS forum III, Final review 3, 2006.
http://math.eretrandre.org/tetrationforu...hp?aid=222
1- From italy the site is available. Anyways congratulations for the richness of the website, is really great. Even if, given my poor knowledge of the sophisticated analisys methods used there, I can't understand half of the contenents seems really really interesting, and plots look amazing!
2-About Pentation: l have to notice that long ago, in 2006, Rubtsov and Romerio [1] were able to compute a first approximation of the fixed point \( L_{e,4,0}=-1.850354529... \). Their first approximation where denoted by \( \sigma=-1.84140566... \) and \( pent_e (-\infty)=sln(\sigma)={{}^\sigma}e=\sigma... \) (where pent is computed using their approximation).
4 - Sorry but I cant help you, I'm just an amateur mathematician
PS: The way you plot function is really nice, is the same way one draws geographical map using contour lines! Is a common method to plot complex functions?
[1] Rubtsov, Romerio - Notes on Hyper-Operations, Progress Report -NKS forum III, Final review 3, 2006.
http://math.eretrandre.org/tetrationforu...hp?aid=222
Mother Law \(\sigma^+\circ 0=\sigma \circ \sigma^+ \)
\({\rm Grp}_{\rm pt} ({\rm RK}J,G)\cong \mathbb N{\rm Set}_{\rm pt} (J, \Sigma^G)\)
