Achievable connectivities of Fatou components for a family of singular perturbations
Jordi Canela, Xavier Jarque, and Dan Paraschiv

TL;DR
This paper investigates the connectivity properties of Fatou components in a family of singular perturbation maps, demonstrating the existence of components with arbitrarily large connectivity and precisely characterizing these connectivities.
Contribution
It extends previous results by precisely determining the connectivities of Fatou components for certain parameters within the family of singular perturbation maps.
Findings
Existence of Fatou components with arbitrarily large connectivity
Precise characterization of these connectivities
Extension of previous connectivity results
Abstract
In this paper we study the connectivity of Fatou components for maps in a large family of singular perturbations. We prove that, for some parameters inside the family, the dynamical planes for the corresponding maps present Fatou components of arbitrarily large connectivity and we determine precisely these connectivities. In particular, these results extend the ones obtained in [Can17, Can18].
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Taxonomy
TopicsStochastic processes and statistical mechanics · Quantum chaos and dynamical systems · Mathematical Dynamics and Fractals
