Add to ORKGInternational audienceWe survey some recent results related to three long wave asymptotic regimes for the Nonlinear-Schrödinger Equation: the Euler regime corresponding to the WKB method, the linear wave regime and finally the KdV/KP-I asymptotic dynamics
We present a model where a non-conventional scalar field may act like dark energy leading to cosmic ...
We employ linear wave theory to study long range attenuation of ocean waves caused by small, random ...
AbstractThe 3-D pressure-gradient system arises from the splitting of the three-dimensional compress...
AbstractIn this paper we prove the exponential decay in the case n>2, as time goes to infinity, of r...
AbstractWe obtain global Strichartz estimates for the solutions u of the wave equation (∂t2−Δx+V(t,x...
We present a model system for strongly nonlinear transition waves generated in a periodic lattice of...
AbstractIn this work we obtain results on the estimates of low Sobolev norms for solutions of some n...
Through chaos decomposition we improve the Varadhan estimate for the rate of convergence of the cen...
AbstractIn this paper we give new estimates for the solution to the Schrödinger equation with quadra...
Time-reversal symmetry suppresses electron backscattering in a quantum-spin-Hall edge, yielding quan...
AbstractWe study the effects of a class of features of the inflaton potential on the spectrum and bi...
Formulae are derived for the spectra of scalar curvature perturbations and gravitational waves produ...
We discuss a model of gravity coupled to a scalar field that admits exact cosmological solutions dis...
Some sufficient conditions for consistency and asymptotic normality of a non-linear regression param...
AbstractSufficient conditions are established on the asymptotic behavior of solutions of the nonline...
We present a model where a non-conventional scalar field may act like dark energy leading to cosmic ...
We employ linear wave theory to study long range attenuation of ocean waves caused by small, random ...
AbstractThe 3-D pressure-gradient system arises from the splitting of the three-dimensional compress...
AbstractIn this paper we prove the exponential decay in the case n>2, as time goes to infinity, of r...
AbstractWe obtain global Strichartz estimates for the solutions u of the wave equation (∂t2−Δx+V(t,x...
We present a model system for strongly nonlinear transition waves generated in a periodic lattice of...
AbstractIn this work we obtain results on the estimates of low Sobolev norms for solutions of some n...
Through chaos decomposition we improve the Varadhan estimate for the rate of convergence of the cen...
AbstractIn this paper we give new estimates for the solution to the Schrödinger equation with quadra...
Time-reversal symmetry suppresses electron backscattering in a quantum-spin-Hall edge, yielding quan...
AbstractWe study the effects of a class of features of the inflaton potential on the spectrum and bi...
Formulae are derived for the spectra of scalar curvature perturbations and gravitational waves produ...
We discuss a model of gravity coupled to a scalar field that admits exact cosmological solutions dis...
Some sufficient conditions for consistency and asymptotic normality of a non-linear regression param...
AbstractSufficient conditions are established on the asymptotic behavior of solutions of the nonline...
We present a model where a non-conventional scalar field may act like dark energy leading to cosmic ...
We employ linear wave theory to study long range attenuation of ocean waves caused by small, random ...
AbstractThe 3-D pressure-gradient system arises from the splitting of the three-dimensional compress...