We present a fiber CPA system consisting of two coherently combined fiber amplifiers, which have been arranged in an actively stabilized Mach-Zehnder interferometer. Pulse durations as short as 470 fs and pulse energies of 3 mJ, corresponding to 5.4 GW of peak power, have been achieved at an average power of 30 W
Femtosecond (~670 fs) fiber-CPA at 1.063 μm is demonstrated using broadband chirped-volume-Bragg-gra...
We report on an ytterbium-doped fiber CPA system delivering millijoule level pulse energy at repetit...
Three kinds of pulse amplification techniques including chirped-pulse amplification (CPA), parabolic...
We report on the coherent addition of two femtosecond fiber amplifiers. Combined and compressed puls...
The coherent combining of ultrashort pulses is a concept for scaling the pulse energy and average po...
We report on a CPA-system using two coherently combined rod-type fibers as the main amplifier. With ...
For many applications, femtosecond pulses with high pulse energies are required. Additionally, the c...
We report on the coherent combination of two chirped pulsed fiber amplifiers using a polarization cu...
We present a high-power ultrashort-pulse laser based on the coherent combination of multiple fiber a...
We present the coherent combination of high-energy ultrashort pulses from two fiber CPA channels. We...
Over the last decade, the performance of femtosecond fiber laser systems has been rapidly improved. ...
The pulse-energy scaling technique electro-optically controlled divided-pulse amplification is imple...
The generation of 0.5 mJ femtosecond laser pulses by coherent combining of two high power high energ...
We report on the coherent combination of two chirped pulsed fiber lasers. The beams coming from two ...
We report on an ultrashort pulse fiber CPA system that delivers clean pulses with 2.2 mJ pulse energ...
Femtosecond (~670 fs) fiber-CPA at 1.063 μm is demonstrated using broadband chirped-volume-Bragg-gra...
We report on an ytterbium-doped fiber CPA system delivering millijoule level pulse energy at repetit...
Three kinds of pulse amplification techniques including chirped-pulse amplification (CPA), parabolic...
We report on the coherent addition of two femtosecond fiber amplifiers. Combined and compressed puls...
The coherent combining of ultrashort pulses is a concept for scaling the pulse energy and average po...
We report on a CPA-system using two coherently combined rod-type fibers as the main amplifier. With ...
For many applications, femtosecond pulses with high pulse energies are required. Additionally, the c...
We report on the coherent combination of two chirped pulsed fiber amplifiers using a polarization cu...
We present a high-power ultrashort-pulse laser based on the coherent combination of multiple fiber a...
We present the coherent combination of high-energy ultrashort pulses from two fiber CPA channels. We...
Over the last decade, the performance of femtosecond fiber laser systems has been rapidly improved. ...
The pulse-energy scaling technique electro-optically controlled divided-pulse amplification is imple...
The generation of 0.5 mJ femtosecond laser pulses by coherent combining of two high power high energ...
We report on the coherent combination of two chirped pulsed fiber lasers. The beams coming from two ...
We report on an ultrashort pulse fiber CPA system that delivers clean pulses with 2.2 mJ pulse energ...
Femtosecond (~670 fs) fiber-CPA at 1.063 μm is demonstrated using broadband chirped-volume-Bragg-gra...
We report on an ytterbium-doped fiber CPA system delivering millijoule level pulse energy at repetit...
Three kinds of pulse amplification techniques including chirped-pulse amplification (CPA), parabolic...