International audienceWe experimentally demonstrate the nonlinear generation of frequency-dissymmetric sidebands by injecting picosecond pump pulses inside the fundamental mode of a silica-core photonic crystal fiber in its normal dispersion regime. A systematic analysis highlights the fact that this phenomenon is based on the combination of the two major nonlinear effects occurring inside the fiber: self-phase modulation and degenerate four-wave mixing
International audienceWe numerically study the evolution of the spectrum of parametric resonance or ...
We describe an experiment in which a train of femtosecond pulses is coupled into a photonic crystal ...
International audienceWe report our recent development to model quadratic and cubic ultra-broadband ...
International audienceWe experimentally demonstrate the nonlinear generation of frequency-dissymmetr...
International audienceWe experimentally demonstrate the nonlinear generation of frequency-dissymmetr...
International audienceBy using a highly nonlinear, dispersion oscillating optical fiber operating in...
International audienceBy using a highly nonlinear, dispersion oscillating optical fiber operating in...
International audienceWe present an experimental and numerical study of supercontinuum generation ex...
International audienceWe present an experimental and numerical study of supercontinuum generation ex...
International audienceBy using a highly nonlinear, dispersion oscillating optical fiber operating in...
International audienceWe present an experimental and numerical study of supercontinuum generation ex...
International audienceWe show that taking into account the temporal intensity profile of a pulsed pu...
International audienceWe show that taking into account the temporal intensity profile of a pulsed pu...
International audienceWe numerically study the evolution of the spectrum of parametric resonance or ...
International audienceWe numerically study the evolution of the spectrum of parametric resonance or ...
International audienceWe numerically study the evolution of the spectrum of parametric resonance or ...
We describe an experiment in which a train of femtosecond pulses is coupled into a photonic crystal ...
International audienceWe report our recent development to model quadratic and cubic ultra-broadband ...
International audienceWe experimentally demonstrate the nonlinear generation of frequency-dissymmetr...
International audienceWe experimentally demonstrate the nonlinear generation of frequency-dissymmetr...
International audienceBy using a highly nonlinear, dispersion oscillating optical fiber operating in...
International audienceBy using a highly nonlinear, dispersion oscillating optical fiber operating in...
International audienceWe present an experimental and numerical study of supercontinuum generation ex...
International audienceWe present an experimental and numerical study of supercontinuum generation ex...
International audienceBy using a highly nonlinear, dispersion oscillating optical fiber operating in...
International audienceWe present an experimental and numerical study of supercontinuum generation ex...
International audienceWe show that taking into account the temporal intensity profile of a pulsed pu...
International audienceWe show that taking into account the temporal intensity profile of a pulsed pu...
International audienceWe numerically study the evolution of the spectrum of parametric resonance or ...
International audienceWe numerically study the evolution of the spectrum of parametric resonance or ...
International audienceWe numerically study the evolution of the spectrum of parametric resonance or ...
We describe an experiment in which a train of femtosecond pulses is coupled into a photonic crystal ...
International audienceWe report our recent development to model quadratic and cubic ultra-broadband ...