Written in January-February 2003 and corrected in March 2004 and August 2005. 35 pagesIn this paper, we deal with the conjecture of 'Quantum Unique Ergodicity'. Z. Rudnick and P. Sarnak showed that there is no 'strong scarring' on closed geodesics for arithmetic congruence surfaces derived from a quaternion division algebra. We extend this result to a class of three-dimensional Riemannian manifolds X=Gamma\H^3 that are again derived from quaternion division algebras. We show that there is no 'strong scarring' on closed geodesics or on Gamma-closed imbedded totally geodesics surfaces of X
Abstract. Quantum ergodicity theorem states that for quantum systems with er-godic classical flows, ...
International audienceFor general quantum systems the semiclassical behaviour of eigenfunctions in r...
International audienceThe eigenfunctions of quantized chaotic systems cannot be described by explici...
Abstract. In this paper we study some problems arising from the theory of Quantum Chaos, in the cont...
: The rate of quantum ergodicity is studied for three strongly chaotic (Anosov) systems. The quanta...
Quantum Ergodicity aims at understanding the eigenstates of quantum mechanical systems admitting cha...
This thesis explores the quantum ergodic properties of eigenfunctions of the laplacian on hyperbolic...
We give a quantitative estimate for the quantum mean absolute deviation on hyperbolic surfaces in te...
We consider a semiclassical (pseudo)differential operator on a compact surface (M,g), such that the ...
International audienceThis paper is a proceedings version of \cite{CHT-I}, in which we state a Quant...
We consider the quantum cat map - a toy model of a quantized chaotic system. We show that its eigens...
We prove a quantum ergodic restriction theorem for the Cauchy data of a sequence of quantum ergodic ...
Given an Euclidean domain with very mild regularity properties, we prove that there exist perturbat...
Let $M$ be a compact hyperbolic manifold. The entropy bounds of Anantharaman et al. restrict the po...
Abstract: For general quantum systems the semiclassical behaviour of eigenfunctions in relation to t...
Abstract. Quantum ergodicity theorem states that for quantum systems with er-godic classical flows, ...
International audienceFor general quantum systems the semiclassical behaviour of eigenfunctions in r...
International audienceThe eigenfunctions of quantized chaotic systems cannot be described by explici...
Abstract. In this paper we study some problems arising from the theory of Quantum Chaos, in the cont...
: The rate of quantum ergodicity is studied for three strongly chaotic (Anosov) systems. The quanta...
Quantum Ergodicity aims at understanding the eigenstates of quantum mechanical systems admitting cha...
This thesis explores the quantum ergodic properties of eigenfunctions of the laplacian on hyperbolic...
We give a quantitative estimate for the quantum mean absolute deviation on hyperbolic surfaces in te...
We consider a semiclassical (pseudo)differential operator on a compact surface (M,g), such that the ...
International audienceThis paper is a proceedings version of \cite{CHT-I}, in which we state a Quant...
We consider the quantum cat map - a toy model of a quantized chaotic system. We show that its eigens...
We prove a quantum ergodic restriction theorem for the Cauchy data of a sequence of quantum ergodic ...
Given an Euclidean domain with very mild regularity properties, we prove that there exist perturbat...
Let $M$ be a compact hyperbolic manifold. The entropy bounds of Anantharaman et al. restrict the po...
Abstract: For general quantum systems the semiclassical behaviour of eigenfunctions in relation to t...
Abstract. Quantum ergodicity theorem states that for quantum systems with er-godic classical flows, ...
International audienceFor general quantum systems the semiclassical behaviour of eigenfunctions in r...
International audienceThe eigenfunctions of quantized chaotic systems cannot be described by explici...