Add to ORKGWe show analytically and numerically that parabolic pulses and similaritons are not always synonyms and that a self-phase modulation amplification regime precedes the self-similar evolution. Properties of the recompressed pulses after SPM amplification are investigated
We show analytically and numerically that parabolic pulses and similaritons are not always synonyms ...
The generation and evolution of self-similar pulses in optical fibres (similaritons) has been studie...
We present a perturbation analysis that describes the effect of third-order dispersion on the simila...
A detailed experimental characterization of the transition process of an initially Gaussian pulse to...
International audienceRecent studies in nonlinear optics have led to the discovery of a new class of...
In this second talk on dissipative structures in fiber applications, we overview theoretical aspects...
Self-similar optical pulses (or “similaritons”) of parabolic intensity profile can be found as asymp...
International audienceWe describe the propagation of a parabolic self-similar pulse in an anomalous ...
Pulse propagation in high-gain optical fiber amplifiers with normal group-velocity dispersion has be...
Recent developments in nonlinear optics reveal an interesting class of pulses with a parabolic inten...
International audienceRecent developments in nonlinear optics have brought to the fore of intensive ...
We study pulse propagation in a normal-dispersion optical fibre amplifier with an arbitrary longitud...
International audienceRecent developments in nonlinear optics have led to the discovery of a new cla...
Self similarity and asymptotic evolution are key concepts of many physical phenomena. Recent researc...
International audienceParabolic pulses in optical fibers have stimulated an increasing number of app...
We show analytically and numerically that parabolic pulses and similaritons are not always synonyms ...
The generation and evolution of self-similar pulses in optical fibres (similaritons) has been studie...
We present a perturbation analysis that describes the effect of third-order dispersion on the simila...
A detailed experimental characterization of the transition process of an initially Gaussian pulse to...
International audienceRecent studies in nonlinear optics have led to the discovery of a new class of...
In this second talk on dissipative structures in fiber applications, we overview theoretical aspects...
Self-similar optical pulses (or “similaritons”) of parabolic intensity profile can be found as asymp...
International audienceWe describe the propagation of a parabolic self-similar pulse in an anomalous ...
Pulse propagation in high-gain optical fiber amplifiers with normal group-velocity dispersion has be...
Recent developments in nonlinear optics reveal an interesting class of pulses with a parabolic inten...
International audienceRecent developments in nonlinear optics have brought to the fore of intensive ...
We study pulse propagation in a normal-dispersion optical fibre amplifier with an arbitrary longitud...
International audienceRecent developments in nonlinear optics have led to the discovery of a new cla...
Self similarity and asymptotic evolution are key concepts of many physical phenomena. Recent researc...
International audienceParabolic pulses in optical fibers have stimulated an increasing number of app...
We show analytically and numerically that parabolic pulses and similaritons are not always synonyms ...
The generation and evolution of self-similar pulses in optical fibres (similaritons) has been studie...
We present a perturbation analysis that describes the effect of third-order dispersion on the simila...