We present high harmonic generation with a fiber laser system and subsequent nonlinear compression. Calibrated measurements reveal an average power as high as 3.2 µW in a single harmonic at 49 nm
International audienceWe report on a high energy ultrafast fibre laser architecture designed for hig...
International audienceWe report on a high energy ultrafast fibre laser architecture designed for hig...
International audienceWe report on a high energy ultrafast fibre laser architecture designed for hig...
The process of high harmonic generation allows for coherent transfer of infrared laser light to the ...
Sub-30 fs pulses at 600 kHz (82 W) repetition rate are utilized for HHG. More than 30 µW average pow...
The average power of high harmonics driven by a fiber chirped pulse amplification system is measured...
A scalable concept based on ultrafast fiber lasers followed by nonlinear compression is presented, d...
Summary form only given. Table-top extreme ultraviolet (XUV) light sources with laser like propertie...
Post-compression of a coherently combined fiber CPA systems allows obtaining >80 W, sub-30 fs pulses...
Significant progress in high repetition rate ultrashort pulse sources based on fiber technology is p...
We present second harmonic generation of a high average power, high energy femtosecond Yb doped fibe...
Employing a gas-filled Kagome fiber for nonlinear post-compression of a compact 8.5 µJ, 250 fs fiber...
We report on a high energy ultrafast fibre laser architecture designed for high harmonics generation...
Short wavelength generation by direct high harmonic generation of high repetition rate fiber laser b...
We present high harmonic generation at MHz repetition rate performed with a fiber CPA system. Up to ...
International audienceWe report on a high energy ultrafast fibre laser architecture designed for hig...
International audienceWe report on a high energy ultrafast fibre laser architecture designed for hig...
International audienceWe report on a high energy ultrafast fibre laser architecture designed for hig...
The process of high harmonic generation allows for coherent transfer of infrared laser light to the ...
Sub-30 fs pulses at 600 kHz (82 W) repetition rate are utilized for HHG. More than 30 µW average pow...
The average power of high harmonics driven by a fiber chirped pulse amplification system is measured...
A scalable concept based on ultrafast fiber lasers followed by nonlinear compression is presented, d...
Summary form only given. Table-top extreme ultraviolet (XUV) light sources with laser like propertie...
Post-compression of a coherently combined fiber CPA systems allows obtaining >80 W, sub-30 fs pulses...
Significant progress in high repetition rate ultrashort pulse sources based on fiber technology is p...
We present second harmonic generation of a high average power, high energy femtosecond Yb doped fibe...
Employing a gas-filled Kagome fiber for nonlinear post-compression of a compact 8.5 µJ, 250 fs fiber...
We report on a high energy ultrafast fibre laser architecture designed for high harmonics generation...
Short wavelength generation by direct high harmonic generation of high repetition rate fiber laser b...
We present high harmonic generation at MHz repetition rate performed with a fiber CPA system. Up to ...
International audienceWe report on a high energy ultrafast fibre laser architecture designed for hig...
International audienceWe report on a high energy ultrafast fibre laser architecture designed for hig...
International audienceWe report on a high energy ultrafast fibre laser architecture designed for hig...
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