The purpose of this note is to present an expansion of a semi-classical propagating state in terms of resonances. We consider energy levels at which there exists a potential barrier separating the interaction region from a non-trapping region near infinity. This assumption allows a significant strengthening of the results of Burq and the third author [3, Theorem 1]. I
One type of dynamical generation consists in the formation of multiple hadronic resonances from sing...
Abstract. We study the semi-classical behavior as h → 0 of the scattering amplitude f (θ, ω, λ, h) a...
In this paper, we confirm, with absolute certainty, a conjecture on a certain oscillatory behaviour ...
Introduction and statement of results The purpose of this note is to present an expansion of a semi...
We study resonances near the real axis (jIm zj D O(hN), N 1) and the corresponding resonant states ...
Abstract. We study high energy resonances for the operator − ∆ + V ⊗ δ∂Ω when V has strong frequency...
International audienceWe study the spectral projection associated to a barrier-top resonance for the...
We compute resonance width asymptotics for the delta potential on the half-line, by deriving a formu...
The island tori, surrounding a stable periodic orbit in a classical resonance, are not quantized by ...
This thesis contains a detailed study of the rates of wave decay for scattering by thin barriers. Th...
The goal of this contribution is to discuss various resonance expansions that have been proposed in ...
14 pages, 3 figuresWe consider a description of propagators for particle resonances which takes into...
We investigate the simple resonances of a 2 by 2 matrix of n-dimensional semiclassical Schrödinger o...
In this paper, we study the resonances of Schrodinger operators with a homogeneous magnetic field wh...
This thesis is concerned with a research project that aims to investigate the minimum barrier height...
One type of dynamical generation consists in the formation of multiple hadronic resonances from sing...
Abstract. We study the semi-classical behavior as h → 0 of the scattering amplitude f (θ, ω, λ, h) a...
In this paper, we confirm, with absolute certainty, a conjecture on a certain oscillatory behaviour ...
Introduction and statement of results The purpose of this note is to present an expansion of a semi...
We study resonances near the real axis (jIm zj D O(hN), N 1) and the corresponding resonant states ...
Abstract. We study high energy resonances for the operator − ∆ + V ⊗ δ∂Ω when V has strong frequency...
International audienceWe study the spectral projection associated to a barrier-top resonance for the...
We compute resonance width asymptotics for the delta potential on the half-line, by deriving a formu...
The island tori, surrounding a stable periodic orbit in a classical resonance, are not quantized by ...
This thesis contains a detailed study of the rates of wave decay for scattering by thin barriers. Th...
The goal of this contribution is to discuss various resonance expansions that have been proposed in ...
14 pages, 3 figuresWe consider a description of propagators for particle resonances which takes into...
We investigate the simple resonances of a 2 by 2 matrix of n-dimensional semiclassical Schrödinger o...
In this paper, we study the resonances of Schrodinger operators with a homogeneous magnetic field wh...
This thesis is concerned with a research project that aims to investigate the minimum barrier height...
One type of dynamical generation consists in the formation of multiple hadronic resonances from sing...
Abstract. We study the semi-classical behavior as h → 0 of the scattering amplitude f (θ, ω, λ, h) a...
In this paper, we confirm, with absolute certainty, a conjecture on a certain oscillatory behaviour ...