International audienceWe study the spectral projection associated to a barrier-top resonance for the semiclassical Schrodinger operator. First, we prove a resolvent estimate for complex energies close to such a resonance. Using that estimate and an explicit representation of the resonant states, we show that the spectral projection has a semiclassical expansion in integer powers of h, and compute its leading term. We use this result to compute the residue of the scattering amplitude at such a resonance. Eventually, we give an expansion for large times of the Schrodinger group in terms of these resonances
Simplified models of transport in mesoscopic systems are often based on a small sample connected to ...
AbstractWe obtain semiclassical asymptotics for the spectral function of Schrödinger operators with ...
In this paper we study of the residue of the scattering amplitude for resonances near the real axis....
This report is concerned with the asymptotic distribution of resonances in the semiclassical limit o...
Introduction and statement of results The purpose of this note is to present an expansion of a semi...
This work is devoted to the study of quantum resonances for the Schrödinger operator in the semiclas...
The purpose of this paper is to describe the basic problems of resonances via meromorphic continuati...
In this work we examine aspects of spectral theory for semiclassical non-self-adjoint Schrodinger op...
Abstract. We study the scattering amplitude for Schrödinger operators at a critical energy level, w...
International audienceWe give the semiclassical asymptotic of barrier-top resonances for Schrödinger...
The purpose of this note is to present an expansion of a semi-classical propagating state in terms o...
Microlocalization of resonant states and estimates of the residue of the scattering amplitude Jean-f...
The island tori, surrounding a stable periodic orbit in a classical resonance, are not quantized by ...
We investigate the simple resonances of a 2 by 2 matrix of n-dimensional semiclassical Schrödinger o...
Abstract. The object of study in this paper is the on-shell scattering matrix S(E) of the Schröding...
Simplified models of transport in mesoscopic systems are often based on a small sample connected to ...
AbstractWe obtain semiclassical asymptotics for the spectral function of Schrödinger operators with ...
In this paper we study of the residue of the scattering amplitude for resonances near the real axis....
This report is concerned with the asymptotic distribution of resonances in the semiclassical limit o...
Introduction and statement of results The purpose of this note is to present an expansion of a semi...
This work is devoted to the study of quantum resonances for the Schrödinger operator in the semiclas...
The purpose of this paper is to describe the basic problems of resonances via meromorphic continuati...
In this work we examine aspects of spectral theory for semiclassical non-self-adjoint Schrodinger op...
Abstract. We study the scattering amplitude for Schrödinger operators at a critical energy level, w...
International audienceWe give the semiclassical asymptotic of barrier-top resonances for Schrödinger...
The purpose of this note is to present an expansion of a semi-classical propagating state in terms o...
Microlocalization of resonant states and estimates of the residue of the scattering amplitude Jean-f...
The island tori, surrounding a stable periodic orbit in a classical resonance, are not quantized by ...
We investigate the simple resonances of a 2 by 2 matrix of n-dimensional semiclassical Schrödinger o...
Abstract. The object of study in this paper is the on-shell scattering matrix S(E) of the Schröding...
Simplified models of transport in mesoscopic systems are often based on a small sample connected to ...
AbstractWe obtain semiclassical asymptotics for the spectral function of Schrödinger operators with ...
In this paper we study of the residue of the scattering amplitude for resonances near the real axis....