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On a family of rational perturbations of the doubling map
Canela Sánchez, Jordi; Fagella Rabionet, Núria; Garijo Real, Antonio
Universitat de Barcelona
The goal of this paper is to investigate the parameter plane of a rational family of perturbations of the doubling map given by the Blaschke products $B_a(z)=z^3\frac{z-a}{1-\bar{a}z}$. First we study the basic properties of these maps such as the connectivity of the Julia set as a function of the parameter $a$. We use techniques of quasiconformal surgery to explore the relation between certain members of the family and the degree 4 polynomials $\left(\overline{\overline{z}^2+c}\right)^2+c$. In parameter space, we classify the different hyperbolic components according to the critical orbits and we show how to parametrize those of disjoint type.
-Sistemes dinàmics diferenciables
-Funcions de variables complexes
-Dinàmica topològica
-Fractals
-Differentiable dynamical systems
-Functions of complex variables
-Topological dynamics
-Fractals
(c) Taylor and Francis, 2015
Article
Article - Accepted version
Taylor and Francis
         

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