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20242026
most citedArc-like continua, Julia sets of entire functions, and Eremenko's Conjecture

24 citations · 24 across the 2 of their papers we have counts for

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math.DS202624 cited

Arc-like continua, Julia sets of entire functions, and Eremenko's Conjecture

Lasse Rempe

A hyperbolic transcendental entire function with connected Fatou set is said to be "of disjoint type". It is known that a disjoint-type function provides a model for the dynamics n…

math.DS2026

Wandering dynamics of transcendental functions

Vasiliki Evdoridou, David Martí-Pete, Lasse Rempe

We show that any uniformly escaping and wandering dynamics of a holomorphic function on a compact subset of the plane can be realised by a transcendental meromorphic function on $\…

math.DS2025

The escaping set in transcendental dynamics

Walter Bergweiler, Lasse Rempe

The escaping set of an entire function consists of the points in the complex plane that tend to infinity under iteration. This set plays a central role in the dynamics of transcend…

math.DS2025

Entire functions with Cantor bouquet Julia sets

Leticia Pardo-Simón, Lasse Rempe

A hyperbolic transcendental entire function with connected Fatou set is said to be of disjoint type. It is known that the Julia set of a disjoint-type function of finite order is a…

math.DS2024

Spiders' webs in the Eremenko-Lyubich class

Lasse Rempe

Consider the entire function . We show that the escaping set of this function - that is, the set of points whose orbits tend to infinity under iteration - has a stru…

math.DS2024

Eremenko's conjecture, wandering Lakes of Wada, and maverick points

David Martí-Pete, Lasse Rempe, James Waterman

We develop a general technique for realising full closed subsets of the complex plane as wandering sets of entire functions. Using this construction, we solve a number of open prob…