DOIAbstract
We investigate dispersive shock wave formation driven by a pulse undergoing phase-mismatched second-harmonic generation in a quadratic medium
We investigate dispersive shock wave formation driven by a pulse undergoing phase-mismatched second-harmonic generation in a quadratic medium
We introduce and analyze a coupled system of partial differential equations which model the interact...
International audienceWe report on the formation of a dispersive shock wave in a nonlinear optical m...
We address the existence and properties of three-dimensional solitons localized in space and time, o...
International audienceWe investigate wave-breaking and dispersive shock wave formation driven by a p...
We show that second-harmonic generation in the regime of weak dispersion/diffraction can exhibit a c...
We show that the extremely blueshifted dispersive wave emitted in Kerr media owing to the coupling w...
I investigate the formation of optical localized nonlinear structures, evolving upon a non-zero back...
We discuss the physics of shock waves with special emphasis on the phenomena related to the field of...
A second-order partial differential equation admitting exact linearization is discussed. It contains...
Dispersive shock waves are strongly oscillating wave trains that spontaneously form and expand thank...
International audienceBy using a powerful reductive perturbation technique, or a multiscale analysis...
International audienceDispersive shock waves are a universal phenomenon encountered in many fields o...
We present the qualitative dynamics of parametric mixing of two waves in a quadratic nonlinear mediu...
We report the evolution of resonant radiation (RR) in a self-defocused nonlinear medium with two zer...
We present numerical simulations by means of the generalized nonlinear envelope equation f harmonic ...
We introduce and analyze a coupled system of partial differential equations which model the interact...
International audienceWe report on the formation of a dispersive shock wave in a nonlinear optical m...
We address the existence and properties of three-dimensional solitons localized in space and time, o...
International audienceWe investigate wave-breaking and dispersive shock wave formation driven by a p...
We show that second-harmonic generation in the regime of weak dispersion/diffraction can exhibit a c...
We show that the extremely blueshifted dispersive wave emitted in Kerr media owing to the coupling w...
I investigate the formation of optical localized nonlinear structures, evolving upon a non-zero back...
We discuss the physics of shock waves with special emphasis on the phenomena related to the field of...
A second-order partial differential equation admitting exact linearization is discussed. It contains...
Dispersive shock waves are strongly oscillating wave trains that spontaneously form and expand thank...
International audienceBy using a powerful reductive perturbation technique, or a multiscale analysis...
International audienceDispersive shock waves are a universal phenomenon encountered in many fields o...
We present the qualitative dynamics of parametric mixing of two waves in a quadratic nonlinear mediu...
We report the evolution of resonant radiation (RR) in a self-defocused nonlinear medium with two zer...
We present numerical simulations by means of the generalized nonlinear envelope equation f harmonic ...
We introduce and analyze a coupled system of partial differential equations which model the interact...
International audienceWe report on the formation of a dispersive shock wave in a nonlinear optical m...
We address the existence and properties of three-dimensional solitons localized in space and time, o...
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