activity
20182020
collaborators
Showing math.DSShow all

6 papers · 1 filter

math.DS2020

Fatou's associates

Vasiliki Evdoridou, Lasse Rempe, David J. Sixsmith

Suppose that is a transcendental entire function, is a simply connected domain, and is a connected component of . Using Riemann maps, w…

math.DS2019

On the connectivity of the escaping set in the punctured plane

Vasiliki Evdoridou, David Martí-Pete, David J. Sixsmith

We consider the dynamics of transcendental self-maps of the punctured plane, . We prove that the escaping set is either connected, or…

math.DS2019

Which sequences are orbits?

Daniel A. Nicks, David J. Sixsmith

In the study of discrete dynamical systems, we typically start with a function from a space into itself, and ask questions about the properties of sequences of iterates of the func…

math.DS2019

Dynamics of generalised exponential maps

Patrick Comdühr, Vasiliki Evdoridou, David J. Sixsmith

Since 1984, many authors have studied the dynamics of maps of the form , with . It is now well-known that the Julia set of such a map has an intr…

math.DS2019

Spiders' webs in the punctured plane

Vasiliki Evdoridou, David Martí-Pete, David J. Sixsmith

Many authors have studied sets, associated with the dynamics of a transcendental entire function, which have the topological property of being a spider's web. In this paper we adap…

math.DS2018

The topology of the set of non-escaping endpoints

Vasiliki Evdoridou, David J. Sixsmith

There are several classes of transcendental entire functions for which the Julia set consists of an uncountable union of disjoint curves each of which joins a finite endpoint to in…