Add to ORKGInternational audienceChanging the optical phase difference between four spectral sidebands is sufficient to synthesize various pulse shapes. Experiments at 40 GHz confirm that high quality parabolic, triangular or flat-top temporal intensity profiles can be achieved
Optical engineering: new waveform generation provides the experimentalist with interesting new tool
International audienceWe theoretically introduce and experimentally demonstrate a new approach to ge...
International audienceWe theoretically introduce and experimentally demonstrate a new approach to ge...
International audienceChanging the optical phase difference between four spectral sidebands is suffi...
International audienceWe show that the amplitude and phase shaping of only four sidebands of the opt...
International audienceWe show that the amplitude and phase shaping of only four sidebands of the opt...
International audienceWe show that the amplitude and phase shaping of only four sidebands of the opt...
International audienceUsing the linear phase shaping of a simple four-line optical frequency comb, w...
International audienceUsing the linear phase shaping of a simple four-line optical frequency comb, w...
International audienceUsing the linear phase shaping of a simple four-line optical frequency comb, w...
International audienceThe generation of high quality pulse trains at repetition rates of several ten...
We demonstrate a new approach of photonically assisted radiofrequency (RF) waveform generation usin...
[[abstract]]We report generation of high-modulation-depth photonic millimeter-wave (MMW) waveforms b...
[[abstract]]We demonstrate optical processing based on spectral line-by-line pulse shaping of a freq...
In recent years, advances in pulse-shaping technology have shown great potential for applications in...
Optical engineering: new waveform generation provides the experimentalist with interesting new tool
International audienceWe theoretically introduce and experimentally demonstrate a new approach to ge...
International audienceWe theoretically introduce and experimentally demonstrate a new approach to ge...
International audienceChanging the optical phase difference between four spectral sidebands is suffi...
International audienceWe show that the amplitude and phase shaping of only four sidebands of the opt...
International audienceWe show that the amplitude and phase shaping of only four sidebands of the opt...
International audienceWe show that the amplitude and phase shaping of only four sidebands of the opt...
International audienceUsing the linear phase shaping of a simple four-line optical frequency comb, w...
International audienceUsing the linear phase shaping of a simple four-line optical frequency comb, w...
International audienceUsing the linear phase shaping of a simple four-line optical frequency comb, w...
International audienceThe generation of high quality pulse trains at repetition rates of several ten...
We demonstrate a new approach of photonically assisted radiofrequency (RF) waveform generation usin...
[[abstract]]We report generation of high-modulation-depth photonic millimeter-wave (MMW) waveforms b...
[[abstract]]We demonstrate optical processing based on spectral line-by-line pulse shaping of a freq...
In recent years, advances in pulse-shaping technology have shown great potential for applications in...
Optical engineering: new waveform generation provides the experimentalist with interesting new tool
International audienceWe theoretically introduce and experimentally demonstrate a new approach to ge...
International audienceWe theoretically introduce and experimentally demonstrate a new approach to ge...