QF-group Theses



Master Theses (or equivalent)

Sarah Philips, Characterizing a High-Resolution Imaging System for the Dysprosium Experiment (2023).

Charles Drevon, Characterisation of an accordion lattice setup for a low-dimensional dipolar quantum gases experiment (2023).

Thibault Bourgeois, Tailorable optical trap with Digital Micromirror Device for Dysprosium experiment (2023).

Valentina Salazar Silva, The Accordion Lattice: Towards Trapping of Dysprosium Ultracold Gases in Two Dimensions (2023).

Jianshun Gao, A First Two-Dimensional Magneto-Optical Trap for Dysprosium (2022).

Joschka Schöner, Magnetic-Field Setup for Magneto-Optical Trapping and Interaction Tuning in a Novel Dysprosium Quantum Gas Experiment (2022).

Bachelor Theses

Lea Neumann, Theoretical investigation of the superfluid-supersolid phase transition of a 3D dysprosium quantum gas (2024).

Adrian Schürg, Optimisation of microsecond laser pulses for lithium absorption imaging (2024).

Jonah Lux, Optimizing Stability in Accordion Lattice Dipole Trap through Piezoelectric Algorithmic Phase Correction (2024).

Maurice Rieger, Magnetic-field characterisation and spin manipulation in ultracold dysprosium using radio-frequency driving and AC Stark shifts (2023).

Britta Bader, Absorption Imaging for Ultracold Gases of Dysprosium: Optical setup, noise analysis and investigation of the fitting routine's reliability (2023).

Felix Borchers, Modelling of Asbsorption Imaging of degenerate Fermi Gases in ultracold Atom Experiments (2023).

Paul Holzenkamp, An Optical Dipole Trap with Tunable Geometry for Dysprosium (2022).

Lennart Hoenen, Fast, High Precision Low Noise Bipolar Power Supply for Magnetic Field Coils in Ultra-Cold Dysprosium Experiment (2022).

Christian Gölzhäuser, Building a new Dy quantum gas experiment (2021).