Local connectivity of the Julia set of real polynomials
File(s)9504227v1.pdf (625.88 KB)
Accepted version
Author(s)
Levin, Genadi
Strien, Sebastian van
Type
Journal Article
Abstract
One of the main questions in the field of complex dynamics is the question whether the Mandelbrot set is locally connected, and related to this, for which maps the Julia set is locally connected. In this paper we shall prove the following
Main Theorem: Let f be a polynomial of the form f(z)=zd+c with d an even integer and c real. Then the Julia set of f is either totally disconnected or locally connected. In particular, the Julia set of z2+c is locally connected if c∈[−2,1/4] and totally disconnected otherwise.
Main Theorem: Let f be a polynomial of the form f(z)=zd+c with d an even integer and c real. Then the Julia set of f is either totally disconnected or locally connected. In particular, the Julia set of z2+c is locally connected if c∈[−2,1/4] and totally disconnected otherwise.
Date Issued
1998-05
Date Acceptance
1997-06-11
Citation
Annals of Mathematics, 1998, 147 (3), pp.471-541
ISSN
1939-8980
Publisher
Princeton University, Department of Mathematics
Start Page
471
End Page
541
Journal / Book Title
Annals of Mathematics
Volume
147
Issue
3
Copyright Statement
© 1998 Annals of Mathematics.
Identifier
http://arxiv.org/abs/math/9504227v1
Subjects
math.DS
math.DS
Publication Status
Published
Date Publish Online
1998-10-06