Novel femtosecond high power oscillators for mid infrared radiation generation.
research activities — Next generation oscillator technology relies on Yb doped thin-disk technology as one of its main building blocks. The unique combination of high average power, high repetition rate and high peak power is possible, thanks to this technology. In contrast to laser amplifiers we explore the power limitations of oscillators which generate …
Learn more about HFS
tools, techniques and labs — Molecular vibrational infrared laser spectroscopy, by means of femtosecond infrared absorption spectroscopy and stimulated Raman scattering, takes advantage of the fact that each molecular species exhibits a characteristic set of vibrational frequencies...
Meet our Team
hfs staff — Kafai Mak (P.C.), Kilian Fritsch, Sebastian Gröbmeyer, Nathalie Nagl, Markus Pötzelberger, Shizhen Qu, Alex Sebesta, Philipp Steinleitner
Find our Publications
publications — Here you can find an overview of our team’s publications.
Latest News
M.Sc. // Development of novel amplifier systems for …
job — The Laboratory of Attosecond Physics (LAP), based at the Max Planck Institute forQuantum Optics and the Chair of Experimental Physics atLudwig-Maximilians-Universität München, is one of the world’s leading researchinstitutions in the area of Laser Science. Currently our group is seeking for a master candidate: »Development of novel amplifier systems for ultrashort midinfrared lasers«.
March 2, 2020
A strengthened team
team — We welcome our new team member Shizhen Qu, who has recently moved from Singapore’s Nanyang …
January 30, 2020
The first directly diode-pumped KLM Cr:ZnSe oscillator
team — The LAP team has achieved the first directly diode-pumped Kerr-lens mode-locked Cr2+-doped II-VI …
