In this paper we use techniques linking combinatorial structures (symbolic dynamics) and algebraic-geometric structures to study the variation of the geodesic length spectrum, with the Fenchel-Nielsen coordinates, which parametrize the surface of genus τ = 2. We explicitly compute length spectra, for all closed orientable hyperbolic genus two surfaces, identifying the exponential growth rate and the first terms of growth series
We prove Poisson approximation results for the bottom part of the length spectrum of a random closed...
This article is about inverse spectral problems for hyperbolic surfaces and in particular how length...
It is a longstanding problem to determine the precise relationship between the geodesic length spect...
In this chapter, systolic inequalities are established, precise values are computed, and their behav...
The leitmotif of this dissertation is the search for length formulas and sharp constants in relation...
We study the non-simple closed geodesics of the Riemann surfaces of signature (0, 3). In the aim of ...
We give some length inequality results on systems of simple closed non-dividing geodesies on a compa...
In this article we investigate when the set of primitive geodesic lengths on a Riemannian manifold h...
The marked length spectrum (MLS) of a closed negatively curved manifold $(M, g)$ is known to determi...
A well-known and much studied Riemann surface is Klein’s quartic curve. This surface is interesting ...
In this expository article we describe the two main methods of representing geodesics on surfaces of...
In the study of surfaces and closed geodesics an important characteristic is the topological entropy...
We compute the length of geodesics on a Riemannian manifold by regular polynomial interpolation of ...
The main result presented here is that the flow associated with a riemannian metric and a non zero m...
On a surface with a Finsler metric, we investigate the asymptotic growth of the number of closed ge...
We prove Poisson approximation results for the bottom part of the length spectrum of a random closed...
This article is about inverse spectral problems for hyperbolic surfaces and in particular how length...
It is a longstanding problem to determine the precise relationship between the geodesic length spect...
In this chapter, systolic inequalities are established, precise values are computed, and their behav...
The leitmotif of this dissertation is the search for length formulas and sharp constants in relation...
We study the non-simple closed geodesics of the Riemann surfaces of signature (0, 3). In the aim of ...
We give some length inequality results on systems of simple closed non-dividing geodesies on a compa...
In this article we investigate when the set of primitive geodesic lengths on a Riemannian manifold h...
The marked length spectrum (MLS) of a closed negatively curved manifold $(M, g)$ is known to determi...
A well-known and much studied Riemann surface is Klein’s quartic curve. This surface is interesting ...
In this expository article we describe the two main methods of representing geodesics on surfaces of...
In the study of surfaces and closed geodesics an important characteristic is the topological entropy...
We compute the length of geodesics on a Riemannian manifold by regular polynomial interpolation of ...
The main result presented here is that the flow associated with a riemannian metric and a non zero m...
On a surface with a Finsler metric, we investigate the asymptotic growth of the number of closed ge...
We prove Poisson approximation results for the bottom part of the length spectrum of a random closed...
This article is about inverse spectral problems for hyperbolic surfaces and in particular how length...
It is a longstanding problem to determine the precise relationship between the geodesic length spect...