© 2022 Optica Publishing Group.We demonstrated sub-10 fs pulse generation by the post-compression of a 100 TW Ti:Sapphire laser to enhance the peak-power. In the post-compression, the laser spectrum was widely broadened by self-phase modulation in thin fused silica plate(s), and the induced spectral phase was compensated with a set of chirped mirrors. A spatial filter stage, consisting of two cylindrical lenses and a spherical lens, was employed to reduce the intensity modulation existing in the laser beam, which effectively suppressed intensity spikes induced by self-focusing. The laser beam was post-compressed from 23 fs to 9.7 fs after propagating through a 1.5mm fused silica plate, resulting in the peak-power enhancement by a factor of ...
We report on a cavity-dumped self-mode-locked Ti:sapphire laser operating on a 10-fs time scale. Pul...
We report on a cavity-dumped self-mode-locked Ti:sapphire laser operating on a 10-fs time scale. Pul...
Peak and average power scalability is the key feature of advancing femtosecond laser technology. Tod...
We analyzed and corrected the wavefront distortion induced during the post-compression of a 100-TW T...
We demonstrated the generation of 4.2 PW laser pulses at 0.1 Hz from a chirped-pulse amplification T...
We investigate the potential of a multi-plate medium consisting of thin fused silica plates to gener...
We present a new optical post-compression technique designed for high-energy ultrashort pulses. A la...
The goal of this work was the realisation of a setup for spectral broadening andsubsequent compressi...
The goal of this work was the realisation of a setup for spectral broadening andsubsequent compressi...
<p> Supercontinuum generation in a solid-state medium was investigated experimentally. A continuum ...
International audienceWe perform a postcompression of high-energy pulses by using optical-field ioni...
Peak and average power scalability is the key feature of advancing femtosecond laser technology. Tod...
Peak and average power scalability is the key feature of advancing femtosecond laser technology. Tod...
We perform a postcompression of high-energy pulses by using optical-field ionization of low pressure...
Peak and average power scalability is the key feature of advancing femtosecond laser technology. Tod...
We report on a cavity-dumped self-mode-locked Ti:sapphire laser operating on a 10-fs time scale. Pul...
We report on a cavity-dumped self-mode-locked Ti:sapphire laser operating on a 10-fs time scale. Pul...
Peak and average power scalability is the key feature of advancing femtosecond laser technology. Tod...
We analyzed and corrected the wavefront distortion induced during the post-compression of a 100-TW T...
We demonstrated the generation of 4.2 PW laser pulses at 0.1 Hz from a chirped-pulse amplification T...
We investigate the potential of a multi-plate medium consisting of thin fused silica plates to gener...
We present a new optical post-compression technique designed for high-energy ultrashort pulses. A la...
The goal of this work was the realisation of a setup for spectral broadening andsubsequent compressi...
The goal of this work was the realisation of a setup for spectral broadening andsubsequent compressi...
<p> Supercontinuum generation in a solid-state medium was investigated experimentally. A continuum ...
International audienceWe perform a postcompression of high-energy pulses by using optical-field ioni...
Peak and average power scalability is the key feature of advancing femtosecond laser technology. Tod...
Peak and average power scalability is the key feature of advancing femtosecond laser technology. Tod...
We perform a postcompression of high-energy pulses by using optical-field ionization of low pressure...
Peak and average power scalability is the key feature of advancing femtosecond laser technology. Tod...
We report on a cavity-dumped self-mode-locked Ti:sapphire laser operating on a 10-fs time scale. Pul...
We report on a cavity-dumped self-mode-locked Ti:sapphire laser operating on a 10-fs time scale. Pul...
Peak and average power scalability is the key feature of advancing femtosecond laser technology. Tod...