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Related papers: Remarks on the horocycle flows for foliations by h…

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We consider a minimal compact lamination by hyperbolic surfaces. We prove that if it admits a leaf whose holonomy covering is not topologically trivial, then the horocycle flow on its unitary tangent bundle is minimal.

Dynamical Systems · Mathematics 2016-08-22 Fernando Alcalde , Françoise Dal'Bo , Matilde Martínez , Alberto Verjovsky

This article is a first step towards the understanding of the dynamics of the horocycle flow on foliated manifolds by hyperbolic surfaces. This is motivated by a question formulated by M. Martinez and A. Verjovsky on the minimality of this…

Dynamical Systems · Mathematics 2015-07-28 Fernando Alcalde Cuesta , Françoise Dal'Bo

A classic result due to Furstenberg is the strict ergodicity of the horocycle flow for a compact hyperbolic surface. Strict ergodicity is unique ergodicity with respect to a measure of full support, and therefore implies minimality. The…

Dynamical Systems · Mathematics 2018-10-11 Fernando Alcalde Cuesta , Françoise Dal'Bo , Matilde Martínez , Alberto Verjovsky

We describe several methods to construct minimal foliations by hyperbolic surfaces on closed 3-manifolds, and discuss the properties of the examples thus obtained.

Geometric Topology · Mathematics 2019-04-23 Fernando Alcalde Cuesta , Françoise Dal'Bo , Matilde Martínez , Alberto Verjovsky

According to the work of Dennis Sullivan, there exists a smooth flow on the 5-sphere all of whose orbits are periodic although there is no uniform bound on their periods. The question addressed in this article is whether these type of…

Dynamical Systems · Mathematics 2015-11-04 Pablo D. Carrasco

We show that the horocycle flows of open tight hyperbolic surfaces do not admit minimal sets.

Dynamical Systems · Mathematics 2014-12-05 Shigenori Matsumoto

We study the dynamics of the geodesic and horocycle flows of the unit tangent bundle $(\hat M, T^1\mathcal{F})$ of a compact minimal lamination $(M,\mathcal F)$ by negatively curved surfaces. We give conditions under which the action of the…

Dynamical Systems · Mathematics 2016-02-01 Matilde Martínez , Shigenori Matsumoto , Alberto Verjovsky

We study the dynamical properties of the laminated horocycle flow on the unit tangent bundles of 2-dimensional smooth solenoidal manifolds of finite type. These laminations are the analog of complete hyperbolic surfaces of finite area.

Dynamical Systems · Mathematics 2026-01-29 Fernando Alcalde Cuesta , Álvaro Carballido Costas , Matilde Martínez , Alberto Verjovsky

The topological dynamics of the horocyclic flow h_R on the unit tangent bundle of a geometrically finite hyperbolic surface is well known. In particular on such a surface the flow h_R is minimal or the minimal sets are the periodic orbits.…

Dynamical Systems · Mathematics 2025-04-30 Amadou Sy , Masseye Gaye

In this paper, we introduce the notion of dynamical coherence for a partially hyperbolic flow $(\varphi^t)$ on a smooth compact manifold $M$, and prove it under the assumption that there exists a compact foliation with trivial holonomy…

Dynamical Systems · Mathematics 2026-01-30 Mounib Abouanass

In 1976 D. Sullivan gave an example of a flow on a compact manifold such that each one of its orbits is a circle and with the surprising property that there is no finite upper bound for their length. The aim of this article is to show that…

Dynamical Systems · Mathematics 2014-06-25 Pablo D. Carrasco

In this work, we show equidistribution properties for the horocycles of a geometrically finite surface with variable negative curvature. If the surface is hyperbolic, we deduce an equidistribution result for the orbits of the horocyclic…

Dynamical Systems · Mathematics 2007-05-23 Barbara Schapira

A celebrated result of Ratner from the eighties says that two horocycle flows on hyperbolic surfaces of finite area are either the same up to algebraic change of coordinates, or they have no non-trivial joinings. Recently, Mohammadi and Oh…

Dynamical Systems · Mathematics 2017-12-08 Wenyu Pan

The topological dynamics of the horocyclic flow $h_{\mathbb{R}}$ on the unit tangent bundle of a geometrically finite hyperbolic surface is well known. In particular, on such a surface, the flow $h_{\mathbb{R}}$ is minimal, or the minimal…

Geometric Topology · Mathematics 2026-04-09 Amadou Sy , Masseye Gaye

We discuss several ways of packing a hyperbolic surface with circles (of either varying radii or all being congruent) or horocycles, and note down some observations related to their symmetries (or the absence thereof).

Geometric Topology · Mathematics 2022-02-21 Maria Dostert , Alexander Kolpakov

We study the ergodic properties of horospheres on rank 1 manifolds with non-positive curvature. We prove that the horospheres are equidistributed under the action of the geodesic flow towards the Bowen-Margulis measure, on a large class of…

Dynamical Systems · Mathematics 2021-10-06 Sergi Burniol Clotet

Consider a holomorphic foliation with singularities of a 2-dimensional complex manifold. In this article we prove a new sufficient condition for this foliation to have countably many homologically independent complex limit cycles. In…

Complex Variables · Mathematics 2018-04-13 Nataliya Goncharuk , Yury Kudryashov

We prove that the geodesic flow on closed surfaces displays a hyperbolic set if the shadowing property holds C2-robustly on the metric. Similar results are obtained when considering even feeble properties like the weak shadowing and the…

Dynamical Systems · Mathematics 2017-06-29 Mario Bessa , Maria Joana Torres , Joao Lopes Dias

It was shown that in robustly transitive, partially hyperbolic diffeomorphisms on three dimensional closed manifolds, the strong stable or unstable foliation is minimal. In this article, we prove ``almost all'' leaves of both stable and…

Dynamical Systems · Mathematics 2010-06-30 Katsutoshi Shinohara

We prove effective equidistribution of non-closed horocycles in the unit tangent bundle of infinite-volume geometrically finite hyperbolic surfaces.

Dynamical Systems · Mathematics 2019-03-12 Samuel C. Edwards
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