08/28/2022, 01:41 PM
(08/19/2022, 06:26 PM)bo198214:The Julia function is considered as a formal powerseries here. The coefficients recursively obtained from the above equation are unique if we set \(j_k="0\) for \(k< m\) and" \(j_m="f_m\) where \(f(z) = z + f_m z^m + f_{m+1} z^{m+1}+ ...,\quad f_m\neq 0\). There is no theta-ambiguity here - like with the regular iteration at a fixed point. For parabolic iteration the condition is that the iterates are asymptotically analytic at the fixed point. Wrote: Oh! I see! now I think I'm dumbThanks, I read this book last year and obviously I skipped this chapter or sth...![]()
(08/19/2022, 04:36 AM)Leo.W Wrote:Its written in Milnor "Dynamics in one complex variable"bo198214 Wrote:But the normal thing is that these Abel-Functions/Fatou-Coordinates are different from each other (and hence the iterates). Only in exceptional cases (e.g. LFTs) they agree.Please lemme know what is this and why~
And btw I can not read your quotes when you use [size=1]!
How? I just tapped the "quote" button in chrome? Can't it load in mobiles? lol I'll be careful next time
Regards, Leo


