Bachelor & Master theses
of all Research Groups
Bachelor and Master students are always welcome. If you are interested to join one of the research groups, please contact the respective group leader directly. There is also the chance to study at our partner Institute Fraunhofer IOF.External link In addition, the following specific openings are currently advertised:
in the subject area of Fiber & Waveguide Lasers
- Theme: Extreme ultraviolet lensless imagingpdf, 133 kb (Linsenfreie Bildgebung im extremen Ultraviolettpdf, 131 kb · de)
- Theme: Laser-driven high-order harmonic generationpdf, 184 kb (Lasergetriebene Erzeugung hoher Harmonischerpdf, 186 kb · de)
- Theme: Multicore Fiber as research topicpdf, 474 kb
in the subject area of Microstructure Technology
- Theme: Achromatic nano-optical phase plates Phasepdf, 568 kb
- Theme: Miniaturized Scatterometrypdf, 553 kb
- Theme: Switchable meta surfacespdf, 562 kb
- Theme: Effects of Etching and Ion Irradiationpdf, 163 kb
in the subject area of Ultrafast Optics
- Theme: Behavior of geometric phase in longitudinally-variant anisotropic materialspdf, 236 kb
- Theme: Finding the refractive index profile of optical waveguides using machine learningpdf, 244 kb
- Theme: Laser assisted powder bed fusion: laser absorption measurement in the melt pool by calorimetrypdf, 303 kb
- Theme: Theoretical investigation of collective resonances in metallic nano-antennaspdf, 210 kb
in the subject area of Nano & Quantum Optics
- Informationpdf, 412 kb
- Theme: Quantum communication and single photon sourcespdf, 400 kb
- Theme: Quantum imaging and sensingpdf, 232 kb
- Theme: Quantum computing on an integrated photonic platformpdf, 381 kb
- Theme: Machine learning-based design of metamaterials & Metamaterial-based machine learning systemspdf, 346 kb
- Theme: Spatiotemporal dynamics of nano-scale light-matter interactions in metasurfaces and atomic membranespdf, 232 kb
- Theme: Strong coupling to quantum emitters by plasmonic superfocusingpdf, 189 kb
- Theme: Bio-cell imaging and light induced stimulation by topological plasmonic superfocusing microscopypdf, 460 kb
at the Fraunhofer IOF
- Theme: Influence of the plasma activation on the joining of glasspdf, 119 kb (Einfluss der Plasmabehandlung beim Fügen von Gläsernpdf, 122 kb · de)
- Theme: Licht präzise lenkenpdf, 160 kb · de
- Theme: Mit Plastik Licht verbiegenpdf, 204 kb · de