We discuss a carrier-envelope phase-stable, 3-channel parametric synthesizer for creating a 2-octave-wide spectrum (0.5-2.2μm). The synthesizer output is straightforwardly scalable to the millijoule level with ~1.8-fs pulse duration, rendering it a versatile tool for attosecond science
Waveform nonlinear optics aims to study and control the nonlinear interactions of matter with extrem...
We demonstrate pulse synthesis of three optical parametric amplifiers, with 40-45 J energies each, r...
We report on an optical synthesis of two compressed channels from our parametric waveformsynthesizer...
We discuss a carrier-envelope phase-stable, 3-channel parametric synthesizer for creating a 2-octave...
We demonstrate a phase-stable, 3-channel parametric synthesizer generating a 2-octave-wide spectrum ...
We present a phase-stable, multi-mJ 3-channelparametric synthesizer generating 2-octave-wide wavefor...
We discuss the ongoing development of a phase-stable, multi-mJ 3-channel parametric waveform synthes...
The coherent synthesis of pulses from Optical Parametric Amplifiers (OPAs) offers the possibility to...
Coherent light-field synthesis is a promising route to scale the bandwidthof optical parametric ampl...
We compressed and characterized using FROG a 3-channel, multi-mJ, sub-optical-cycle parametric wavef...
Energetic ultrashort pulses with pulse duration below one optical field cycle are highly intriguing ...
Femtosecond and attosecond pulses have triggered in the last decades several scientific achievements...
We report on an optical synthesis of two compressed channels from our parametric waveform synthesize...
The motivation to control and temporarily isolate a single quantum mechanical event like an electron...
We discuss the dispersion management for multi-mJ 2-octave-wide (0.5-2.3 µm) 3-channel parametric wa...
Waveform nonlinear optics aims to study and control the nonlinear interactions of matter with extrem...
We demonstrate pulse synthesis of three optical parametric amplifiers, with 40-45 J energies each, r...
We report on an optical synthesis of two compressed channels from our parametric waveformsynthesizer...
We discuss a carrier-envelope phase-stable, 3-channel parametric synthesizer for creating a 2-octave...
We demonstrate a phase-stable, 3-channel parametric synthesizer generating a 2-octave-wide spectrum ...
We present a phase-stable, multi-mJ 3-channelparametric synthesizer generating 2-octave-wide wavefor...
We discuss the ongoing development of a phase-stable, multi-mJ 3-channel parametric waveform synthes...
The coherent synthesis of pulses from Optical Parametric Amplifiers (OPAs) offers the possibility to...
Coherent light-field synthesis is a promising route to scale the bandwidthof optical parametric ampl...
We compressed and characterized using FROG a 3-channel, multi-mJ, sub-optical-cycle parametric wavef...
Energetic ultrashort pulses with pulse duration below one optical field cycle are highly intriguing ...
Femtosecond and attosecond pulses have triggered in the last decades several scientific achievements...
We report on an optical synthesis of two compressed channels from our parametric waveform synthesize...
The motivation to control and temporarily isolate a single quantum mechanical event like an electron...
We discuss the dispersion management for multi-mJ 2-octave-wide (0.5-2.3 µm) 3-channel parametric wa...
Waveform nonlinear optics aims to study and control the nonlinear interactions of matter with extrem...
We demonstrate pulse synthesis of three optical parametric amplifiers, with 40-45 J energies each, r...
We report on an optical synthesis of two compressed channels from our parametric waveformsynthesizer...
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