Funding information: JMF was financially supported by an EPSRC Standard Grant (EP/R015104/1) and a Leverhulme Trust Research Project Grant (RPG-2019-034). LS was financially supported by the University of St Andrews.The Assouad dimension of the limit set of a geometrically finite Kleinian group with parabolics may exceed the Hausdorff and box dimensions. The Assouad spectrum is a continuously parametrised family of dimensions which ‘interpolates’ between the box and Assouad dimensions of a fractal set. It is designed to reveal more subtle geometric information than the box and Assouad dimensions considered in isolation. We conduct a detailed analysis of the Assouad spectrum of limit sets of geometrically finite Kleinian groups and the assoc...
In this manuscript, we present computational results approximating the Hausdorff dimension for the l...
The overall aim of this note is to initiate a ‘manifold’ theory for metric Diophantine approximation...
1. Patterson-Sullivan measures and geometry of limit sets of geometrically finit
The Sullivan dictionary provides a beautiful correspondence between Kleinian groups acting on hyperb...
Funding: Leverhulme Trust Research Fellowship (RF-2016-500) (JMF).We introduce a new dimension spect...
We introduce a new dimension spectrum motivated by the Assouad dimension; a familiar notion of dimen...
We introduce a new dimension spectrum motivated by the Assouad dimension; a familiar notion of dimen...
In this paper, we study exhaustions, referred to as ρ-restrictions, of arbitrary nonelementary Klein...
The $\phi$-Assouad dimensions are a family of dimensions which interpolate between the upper box and...
Funding: Leverhulme Trust Research Fellowship (RF-2016-500) and EPSRC Standard Grant (EP/R015104/1) ...
AbstractIn this note we obtain by purely geometric means that for convex cocompact Kleinian groups t...
In this paper, we study exhaustions, referred to as rho-restrictions, of arbitrary nonelementary Kle...
We provide a new proof of a theorem whose proof was sketched by Sullivan ('82), namely that if the P...
This paper presents an eigenvalue algorithm for accurately computing the Hausdorff dimension of limi...
The overall aim of this note is to initiate a ‘manifold’ theory for metric Diophantine approximation...
In this manuscript, we present computational results approximating the Hausdorff dimension for the l...
The overall aim of this note is to initiate a ‘manifold’ theory for metric Diophantine approximation...
1. Patterson-Sullivan measures and geometry of limit sets of geometrically finit
The Sullivan dictionary provides a beautiful correspondence between Kleinian groups acting on hyperb...
Funding: Leverhulme Trust Research Fellowship (RF-2016-500) (JMF).We introduce a new dimension spect...
We introduce a new dimension spectrum motivated by the Assouad dimension; a familiar notion of dimen...
We introduce a new dimension spectrum motivated by the Assouad dimension; a familiar notion of dimen...
In this paper, we study exhaustions, referred to as ρ-restrictions, of arbitrary nonelementary Klein...
The $\phi$-Assouad dimensions are a family of dimensions which interpolate between the upper box and...
Funding: Leverhulme Trust Research Fellowship (RF-2016-500) and EPSRC Standard Grant (EP/R015104/1) ...
AbstractIn this note we obtain by purely geometric means that for convex cocompact Kleinian groups t...
In this paper, we study exhaustions, referred to as rho-restrictions, of arbitrary nonelementary Kle...
We provide a new proof of a theorem whose proof was sketched by Sullivan ('82), namely that if the P...
This paper presents an eigenvalue algorithm for accurately computing the Hausdorff dimension of limi...
The overall aim of this note is to initiate a ‘manifold’ theory for metric Diophantine approximation...
In this manuscript, we present computational results approximating the Hausdorff dimension for the l...
The overall aim of this note is to initiate a ‘manifold’ theory for metric Diophantine approximation...
1. Patterson-Sullivan measures and geometry of limit sets of geometrically finit