A high-power thulium (Tm)-doped fiber chirped-pulse amplification system emitting a record compressed average output power of 152 W and 4 MW peak power is demonstrated. This result is enabled by utilizing Tm-doped photonic crystal fibers with mode-field diameters of 35 ?m, which mitigate detrimental nonlinearities, exhibit slope efficiencies of more than 50%, and allow for reaching a pump-power-limited average output power of 241 W. The high-compression efficiency has been achieved by using multilayer dielectric gratings with diffraction efficiencies higher than 98%
50-W average power fiber-CPA at 1055-nm is demonstrated using chirpedvolume- Bragg-gratings for puls...
50-W average power fiber-CPA at 1055-nm is demonstrated using chirpedvolume-Bragg-gratings for pulse...
Tm-doped fused silica fibers allow for the efficient, linear amplification of broad spectra in the 1...
Thulium-doped photonic crystal fibers exhibit cross relaxation with slope efficiencies of up to 55% ...
Thulium-based fiber lasers potentially provide for the demand of high average-power ultrafast laser ...
Thulium-doped fused-silica fibers are a promising platform for the amplification of ultrashort pulse...
A high-average-power Yb-doped fiber chirped-pulse amplification system is presented. Compressed aver...
Experimental demonstrations of Tm-doped fiber amplifiers (typically in CW- or narrow-band pulsed ope...
We report on an ytterbium-doped fiber chirped-pulse amplification (CPA) system delivering millijoule...
We report the demonstration of a high average- and peak-power, 1925 nm, thulium-fiber based chirped ...
We present a high average power thulium-fiber CPA system with a record pulse peak power of >1 GW del...
Fiber-CPA-laser-systems are an extremely promising technology for generating ultrashort (fs-scale) p...
Fiber-CPA-laser-systems are an extremely promising technology for generating ultrashort (fs-scale) p...
Fiber-CPA-laser-systems are an extremely promising technology for generating ultrashort (fs-scale) p...
50-W average power fiber-CPA at 1055-nm is demonstrated using chirpedvolume-Bragg-gratings for pulse...
50-W average power fiber-CPA at 1055-nm is demonstrated using chirpedvolume- Bragg-gratings for puls...
50-W average power fiber-CPA at 1055-nm is demonstrated using chirpedvolume-Bragg-gratings for pulse...
Tm-doped fused silica fibers allow for the efficient, linear amplification of broad spectra in the 1...
Thulium-doped photonic crystal fibers exhibit cross relaxation with slope efficiencies of up to 55% ...
Thulium-based fiber lasers potentially provide for the demand of high average-power ultrafast laser ...
Thulium-doped fused-silica fibers are a promising platform for the amplification of ultrashort pulse...
A high-average-power Yb-doped fiber chirped-pulse amplification system is presented. Compressed aver...
Experimental demonstrations of Tm-doped fiber amplifiers (typically in CW- or narrow-band pulsed ope...
We report on an ytterbium-doped fiber chirped-pulse amplification (CPA) system delivering millijoule...
We report the demonstration of a high average- and peak-power, 1925 nm, thulium-fiber based chirped ...
We present a high average power thulium-fiber CPA system with a record pulse peak power of >1 GW del...
Fiber-CPA-laser-systems are an extremely promising technology for generating ultrashort (fs-scale) p...
Fiber-CPA-laser-systems are an extremely promising technology for generating ultrashort (fs-scale) p...
Fiber-CPA-laser-systems are an extremely promising technology for generating ultrashort (fs-scale) p...
50-W average power fiber-CPA at 1055-nm is demonstrated using chirpedvolume-Bragg-gratings for pulse...
50-W average power fiber-CPA at 1055-nm is demonstrated using chirpedvolume- Bragg-gratings for puls...
50-W average power fiber-CPA at 1055-nm is demonstrated using chirpedvolume-Bragg-gratings for pulse...
Tm-doped fused silica fibers allow for the efficient, linear amplification of broad spectra in the 1...