activity
20182025
most citedRandom walk speed is a proper function on Teichmüller space

3 citations · 6 across the 5 of their papers we have counts for

collaborators

6 papers

math.GT2025

Busemann points are nowhere dense

Aitor Azemar, Maxime Fortier Bourque

We prove that the set of Busemann points (the limits of almost-geodesic rays) is nowhere dense in the horoboundary of the Teichmüller metric for all Teichmüller spaces of complex d…

math.DS2023

Stationary measures on the circle from hyperbolic surfaces with cusps cannot be straightened by quasi-symmetries

Aitor Azemar, Vaibhav Gadre

Stationary measures on the circle that arise from a large class of random walks on the fundamental group of a finite-area complete hyperbolic surface with cusps are singular with r…

math.GT2023

Bounds for the random walk speed in terms of the Teichmüller distance

Aitor Azemar

Consider a closed surface with negative Euler characteristic, and an admissible probability measure on the fundamental group of with finite first moment with respect to som…

math.GT2022★ 3 cited

Random walk speed is a proper function on Teichmüller space

Aitor Azemar, Vaibhav Gadre, Sébastien Gouëzel +3

Consider a closed surface with negative Euler characteristic, and an admissible probability measure on the fundamental group of with finite first moment. Corresponding to e…

math.GT2021★ 3 cited

A qualitative description of the horoboundary of the Teichmüller metric

Aitor Azemar

Two commonly studied compactifications of Teichmüller spaces of finite type surfaces with respect to the Teichmüller metric are the horofunction and visual compactifications. We sh…

math.GT2018

Random walks on Convergence Groups

Aitor Azemar

We extend some properties of random walks on hyperbolic groups to random walks on convergence groups. In particular we prove that if a convergence group acts on a compact metri…