Greenś Mapping and Julia Sets

Fuente: arXiv
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Autori principali: Binder, Ilia, Müller, Paul F. X., Yuditskii, Peter
Natura: Preprint
Pubblicazione: 2025
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author Binder, Ilia
Müller, Paul F. X.
Yuditskii, Peter
author_facet Binder, Ilia
Müller, Paul F. X.
Yuditskii, Peter
contents In March 1999, the first named author (Binder) posed the problem of showing that a ``good direction'' $ψ\in [0,2]$ exists, for any Green's mapping $T:H\rightarrow\tilde Ω$, i.e., \begin{equation}\label{binder} \int\limits_0\limits^{1} |T''(re^{iπψ})|dr <\infty, \quad\text{ for at least one } \quad ψ\in [0,2]. \end{equation} Presently this problem is open even in the special case where $\partial Ω$ is a uniformly perfect subset of the real line. In this paper we obtain a positive solution when $Ω= \overline{C} \setminus E_0$ where $E_0 \subset R $ is the Julia set of an expanding quadratic polynomial.
format Preprint
id arxiv_https___arxiv_org_abs_2508_04207
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Greenś Mapping and Julia Sets
Binder, Ilia
Müller, Paul F. X.
Yuditskii, Peter
Complex Variables
Dynamical Systems
In March 1999, the first named author (Binder) posed the problem of showing that a ``good direction'' $ψ\in [0,2]$ exists, for any Green's mapping $T:H\rightarrow\tilde Ω$, i.e., \begin{equation}\label{binder} \int\limits_0\limits^{1} |T''(re^{iπψ})|dr <\infty, \quad\text{ for at least one } \quad ψ\in [0,2]. \end{equation} Presently this problem is open even in the special case where $\partial Ω$ is a uniformly perfect subset of the real line. In this paper we obtain a positive solution when $Ω= \overline{C} \setminus E_0$ where $E_0 \subset R $ is the Julia set of an expanding quadratic polynomial.
title Greenś Mapping and Julia Sets
topic Complex Variables
Dynamical Systems
url https://arxiv.org/abs/2508.04207