Bachelor and Master Thesis projects:

13 April 2019

Our research group offers the possibility to work in one of the most prominent fields of physics. The teams consist of small, highly motivated and trained personnel in which you are fully involved from the very first day. Besides fundamental physical principles we teach you how to build, operate and improve such experimental setups. Our research takes place in a national and international environment, in which you will have the possibility to present your work and meet scientist from all around the world.

You can find possible topics below. Please contact us for more details.

Our research group offers the possibility to work in one of the most prominent fields of physics. The teams consist of small, highly motivated and trained personnel in which you are fully involved from the very first day. Besides fundamental physical principles we teach you how to build, operate and improve such experimental setups. Our research takes place in a national and international environment, in which you will have the possibility to present your work and meet scientist from all around the world.

You can find possible topics below. Please contact us for more details.

Master Projects

• Ultracold and ultraprecise: Experiments with ultracold Ytterbium-gases in optical lattices. [read]
• Bridging the gap: Entanglement between a BEC and macroscopic bodies. [read]
• Magnetism: Experimental simulation of quantum mechanical Magnetism in optical lattices.
• Theoretical projects: Atoms in optical lattices.

Bachelor Projects

• Photon after photon after photon…: Quantum statistics of a single-photon source.
• Fermions in a triagonal carrousel: Tunneling of fermionic atoms is manipulated with an optical lattice. [read]
• The forever lasting wave: Solitons in a BEC. [read]
• Measuring length down to the nanometer scale: Interferometric methods for characterization of optical assemblies. [read (PDF)]
• construction of a laser system for quantum gas experiments with lithium. [read (PDF)]
• Theoretical projects: Atoms in optical lattices.