We present a high-energy laser source consisting of an ultrafast thin-disk amplifier followed
by a nonlinear compression stage. At a repetition rate of 5 kHz, the drive laser provides a …

An Yb: CALGO solid-state mode-locked laser based on gold nanoparticles saturable
absorbers (GNPs-SAs) is realized with the output pulse width of sub-100 fs. In our work …

Pulse compression based on periodic layered Kerr media has been demonstrated as an
effective technique for femtosecond pulses with energies around 100? µJ or more. We report …

In order to boost the energy of the femtosecond regenerative amplifier (RA), we adopt the
chirped pulse amplification technique to stretch the seed pulses through the Martinez …

We demonstrate a high-energy, 1 kilohertz, Yb-based, femtosecond regenerative amplifier in
a chirped pulse amplification (CPA) architecture by using a single disordered Yb: CALYO …

A thermal lens insensitive regenerative amplifier (RA) with a dual Yb: CaYAlO_4 (Yb: CYA)
crystal configuration for extending gain spectra is demonstrated for the first time, to the best …

We demonstrate a dual-crystal Yb: YAG bulk regenerative amplifier that delivers a hundred-
watt average power and millijoule-class pulse energy. The repetition rate of the presented …

While lasers have found their successful applications in various clinical specialties, in
clinical dental practice, traditional mechanical drills are still predominantly utilized. Although …

In this paper, we report on a cw-pumped cryogenically cooled Yb: CaF 2 laser crystal
regenerative amplifier that can produce> 10.3 mJ,< 285 fs laser pulses at 1034-nm and …

Broadband amplification of laser radiation in a combination of Yb: YLF and Yb: YAG crystals
was demonstrated. It was shown that, with the input spectrum width of 20 nm, the width at the …