We show generation of XUV radiation at 23.9 nm at 50 kHz via HHG of a fiber amplification system. Postcompression of this system to 70 fs, 200 µJ, 2 GW pulses shows further scaling potential
We present high harmonic generation with a fiber laser system and subsequent nonlinear compression. ...
The process of high harmonic generation allows for coherent transfer of infrared laser light to the ...
Because of their ultrashort pulse duration and extremely high peak power, interest in ultrashort pul...
Abstract. Fiber based laser systems at high repetition rate are becoming very attractive for high-or...
The average power of high harmonics driven by a fiber chirped pulse amplification system is measured...
Fiber based laser systems at high repetition rate are becoming very attractive for high-order harmon...
A commercial 100W turn-key fiber-laser system is used for HHG at 0.5MHz. The source offers record-hi...
This contribution reports on the recent advances in high harmonic generation (HHG) with high power f...
We present two scaling concepts for fiber based system. Ultrashort pulses with high peak power are g...
We report the development of an ultra-fast, high repetition rate, high-power fiber laser system at 1...
We will review the achievements and the scaling potential of high average power and high energy ultr...
Sub-30 fs pulses at 600 kHz (82 W) repetition rate are utilized for HHG. More than 30 µW average pow...
The process of high harmonic generation allows for up-conversion of infrared laser light towards the...
Summary form only given. Table-top extreme ultraviolet (XUV) light sources with laser like propertie...
Significant progress in high repetition rate ultrashort pulse sources based on fiber technology is p...
We present high harmonic generation with a fiber laser system and subsequent nonlinear compression. ...
The process of high harmonic generation allows for coherent transfer of infrared laser light to the ...
Because of their ultrashort pulse duration and extremely high peak power, interest in ultrashort pul...
Abstract. Fiber based laser systems at high repetition rate are becoming very attractive for high-or...
The average power of high harmonics driven by a fiber chirped pulse amplification system is measured...
Fiber based laser systems at high repetition rate are becoming very attractive for high-order harmon...
A commercial 100W turn-key fiber-laser system is used for HHG at 0.5MHz. The source offers record-hi...
This contribution reports on the recent advances in high harmonic generation (HHG) with high power f...
We present two scaling concepts for fiber based system. Ultrashort pulses with high peak power are g...
We report the development of an ultra-fast, high repetition rate, high-power fiber laser system at 1...
We will review the achievements and the scaling potential of high average power and high energy ultr...
Sub-30 fs pulses at 600 kHz (82 W) repetition rate are utilized for HHG. More than 30 µW average pow...
The process of high harmonic generation allows for up-conversion of infrared laser light towards the...
Summary form only given. Table-top extreme ultraviolet (XUV) light sources with laser like propertie...
Significant progress in high repetition rate ultrashort pulse sources based on fiber technology is p...
We present high harmonic generation with a fiber laser system and subsequent nonlinear compression. ...
The process of high harmonic generation allows for coherent transfer of infrared laser light to the ...
Because of their ultrashort pulse duration and extremely high peak power, interest in ultrashort pul...
DOI
Add to ORKG