International audienceWe demonstrate experimentally that multiple four-wave mixing pumped by a dual-frequency input in a single-mode fiber is modulationally unstable. This collective type of instability leads, in the anomalous dispersion regime, to sideband growth around all-orders of four-wave mixing. This is in contrast with the normal dispersion regime where our measurements show that four-wave mixing exhibits no instability. Our conclusions are based on the first systematic mapping of the phenomenon as a function of the dual-pump input frequency separation
In the regime of normal dispersion and low-frequency detunings (or high powers), four-wave mixing is...
Instabilities in fiber four-wave mixing are investigated, revealing the formation of colliding dispe...
International audienceWe experimentally study the dynamics of the generation of multiple sidebands b...
International audienceWe demonstrate experimentally that multiple four-wave mixing pumped by a dual-...
We demonstrate experimentally that multiple four-wave mixing (FWM) pumped by a dual-frequency input ...
We demonstrate experimentally that multiple four-wave mixing (FWM) pumped by a dual-frequency input ...
We investigate the modulation instability of multiple four-wave mixing arising from a dual-frequency...
We investigate the propagation of two parallel polarized pump beams in the framework of a single non...
We investigate the propagation of two parallel polarized pump beams in the framework of a single non...
We investigate the propagation of two parallel polarized pump beams in the framework of a single non...
The modulation instability of continuous waves for a system of four coupled nonlinear Schrödinger eq...
Modulation instability (MI) can be interpreted as four-wave mixing (FWM) between an intense continuo...
Four-wave mixing dynamics an analyzed on a three-channel optically multiplexed communication system....
Modulation instability (MI) induced by two strong beams and a weak beam via cross phase modulation i...
This chapter presents an overview of the analysis of the nonlinear dynamics of Modulation instabilit...
In the regime of normal dispersion and low-frequency detunings (or high powers), four-wave mixing is...
Instabilities in fiber four-wave mixing are investigated, revealing the formation of colliding dispe...
International audienceWe experimentally study the dynamics of the generation of multiple sidebands b...
International audienceWe demonstrate experimentally that multiple four-wave mixing pumped by a dual-...
We demonstrate experimentally that multiple four-wave mixing (FWM) pumped by a dual-frequency input ...
We demonstrate experimentally that multiple four-wave mixing (FWM) pumped by a dual-frequency input ...
We investigate the modulation instability of multiple four-wave mixing arising from a dual-frequency...
We investigate the propagation of two parallel polarized pump beams in the framework of a single non...
We investigate the propagation of two parallel polarized pump beams in the framework of a single non...
We investigate the propagation of two parallel polarized pump beams in the framework of a single non...
The modulation instability of continuous waves for a system of four coupled nonlinear Schrödinger eq...
Modulation instability (MI) can be interpreted as four-wave mixing (FWM) between an intense continuo...
Four-wave mixing dynamics an analyzed on a three-channel optically multiplexed communication system....
Modulation instability (MI) induced by two strong beams and a weak beam via cross phase modulation i...
This chapter presents an overview of the analysis of the nonlinear dynamics of Modulation instabilit...
In the regime of normal dispersion and low-frequency detunings (or high powers), four-wave mixing is...
Instabilities in fiber four-wave mixing are investigated, revealing the formation of colliding dispe...
International audienceWe experimentally study the dynamics of the generation of multiple sidebands b...