Theses

2024-Weiss, Jakob; Towards Transverse Laser Cooling of Calcium Monofluoride Molecules; MSc
2024-Morales Ramirez, Sebastian Alejandro; Experiments with cold barium monofluorides molecules; MSc
2024-Blessing, Lukas; MOT setup for future trapping of single atoms in a microfabricated optical tweezer; MSc
2024-Rockenhäuser, Marian; Laser cooling of barium monofluoride; PhD
2023-Garg, Tatsam; Towards Laser cooling of Barium Monofluoride; MSc
2023-Prochnow, Ole Einar; Making and Manipulating Cold Calcium Monofluoride Molecules; MSc
2023-Köpf, Alexandra; Setup of a Laser for Cooling of Calcium Monofluoride Molecules; BSc
2022-Steinmacher, Ekkehard; Laser systems for the cooling of Calcium monofluoride molecules; BSc
2022-Pultinevicius, Einius; A laser frequency stabilization scheme for the cooling of barium monofluoride molecules; MSc
2021-Prochnow, Ole; Setup of a Laser System for Molecular Laser Cooling; BSc
2021-Klöpfer, Robin; Characterization of a Pockels cell for Molecular Laser Cooling; BSc
2021-Hammer, Sina; Towards trapping of single atoms using a 3D-printed optical tweezer trap; MSc
2021-Kogel, Felix; Modelling laser cooling of diatomic molecules; MSc
2020-Renz, Benjamin; An optical setup for the direct laser cooling of molecules; BSc
2019-Scharwaechter, Michael; Optical Cycling and Direct Laser Cooling of Barium Monofluoride; MSc
2018-Schaber, Richard; Fluoreszenzdetektion von ultrakalten Molekülen; Bsc
2018-Hofer, Lucas; Toward Direct Laser Cooling of Dipolar Molecules; MSc
2018-Sixt, Tobias; Setup of a buffer gas cooled molecular beam; MSc

2018-Gribbon, Anna; Direct laser cooling of molecules; MSc