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Master Theses

The topics are designed for a processing time of 9 months. Special knowledge is not necessarily required. Further information can be obtained at the chair.

  1. High efficiency next generation solar cells
  2. Novel nanostructured thermoelectric hybrid materials
  3. Smart nano-sensors made of stimuli-responsive polymers in solution and in thin films
  4. Silicon-Germanium based anode coatings for Lithium-ion batteries
  5. Perovskite Solar Cells for Space Applications
  6. Printed polymer-based thin film batteries
  7. Lightweight Organic Solar Cells as Alternative to Nuclear Batteries for Deep Space Power Generation
  8. Near-infrared Quantum Dot Solar Cells for Space Application

PhD Theses

For the period of 2.5 - 3 years, payment in accordance with TV-L is offered, including all the usual benefits. Funding is project-based for the subjects offered. Knowledge in one of the following topics is desirable: Polymer Physics, X-ray diffraction, neutron scattering, optical microscopy or AFM. If you are interested, a stay abroad is possible.

Research Scientist and PostDoc Positions

We offer contracts on a time scale of 1 up to 3 years, depending on the topic of work. The remuneration will be according to the German rate TV-L. Applicants should have research experience in experimental scattering techniques using x-ray or synchrotron radiation. Knowledge in polymer physics will be of particular value.

Last change: 22. April 2021