activity
20012026
most citedSensitive dependence of Gibbs measures at low temperatures

28 citations · 146 across the 36 of their papers we have counts for

collaborators

37 papers

math.NT2026

Statistical properties of Hecke correspondences

Sebastián Herrero, Ricardo Menares, Juan Rivera-Letelier

This paper studies the statistical properties of the dynamical system generated by a Hecke correspondence on the modular curve over and, for every prime number , ov…

math.DS2025

Phase diagram for intermittent maps

Daniel Coronel, Juan Rivera-Letelier

We explore the phase diagram for potentials in the space of Hölder continuous functions of a given exponent and for the dynamical system generated by a Pomeau--Manneville, or inter…

math.DS2025

Rigidité, expansion et entropie en dynamique non-archimédienne (Rigidity, expansion and entropy in non-Archimedean dynamics)

Charles Favre, Juan Rivera-Letelier

We prove a rigidity property in non-Archimedean dynamics, reminiscent of Zdunik theorem in complex dynamics: every rational map whose equilibrium measure charges an interval in the…

math.DS2025

Phase transitions in temperature for intermittent maps

Daniel Coronel, Irene Inoquio-Renteria, Juan Rivera-Letelier

This article characterizes phase transitions in temperaturefor intermittent maps within a specific space of \textsc{Hölder} continuous potentials, distinguished by their regularity…

math.NT2021★ 6 cited

p-Adic distribution of CM points and Hecke orbits. II: Linnik equidistribution on the supersingular locus

Sebastián Herrero, Ricardo Menares, Juan Rivera-Letelier

For every prime number , this paper determines the asymptotic distribution of CM points on the moduli space of elliptic curves over . In stark contrast to the comp…

math.NT2021★ 2 cited

There are at most finitely many singular moduli that are S-units

Sebastián Herrero, Ricardo Menares, Juan Rivera-Letelier

We show that for every finite set of prime numbers S, there are at most finitely many singular moduli that are S-units. The key new ingredient is that for every prime number p, sin…