activity
20002026
most citedBack to balls in billiards

30 citations · 118 across the 24 of their papers we have counts for

collaborators

28 papers

math.DS2026

Thermodynamic formalism for hyperbolic random dynamical systems

Lucas Amorim, Matheus M Castro, Benoit Saussol +1

We develop thermodynamic formalism for random Anosov maps and uniformly Hölder random potentials. We assume uniform fibre hyperbolicity given by deterministic invariant cone fields…

math.DS2025

Quenched invariance principle with a rate for random dynamical systems

Zhenxin Liu, Benoit Saussol, Sandro Vaienti +1

In this paper, we consider the quenched invariance principle for random Young towers driven by an ergodic system. In particular, we obtain the Wassertein convergence rate in the qu…

math.DS2023

Quantitative recurrence for tranformation

Françoise Pène, Benoit Saussol

We are interested in the study of the asymptotic behaviour of return times in small balls for the -transformation. We exhibit different asymptotic behaviours (different s…

math.DS2022★ 3 cited

Topological synchronisation or a simple attractor?

Theophile Caby, Michele Gianfelice, Benoit Saussol +1

A few recent papers introduced the concept of topological synchronisation. We refer in particular to \cite{TS}, where the theory was illustrated by means of a skew product system,…

math.DS2020

Quenched Poisson processes for random subshifts of finite type

Harry Crimmins, Benoît Saussol

In this paper we study the quenched distributions of hitting times for a class of random dynamical systems. We prove that hitting times to dynamically defined cylinders converge to…

math.DS2020

Application of the convergence of the spatio-temporal processes for visits to small sets

Françoise Pène, Benoit Saussol

The goal of this article is to point out the importance of spatio-temporal processes in different questions of quantitative recurrence. We focus on applications to the study of the…