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Rare-Earth-Sulfide thin films with enhanced Magneto-Optical properties Project Background: Nanostructured functional materials ranging from metals, metal oxides, metal nitrides and metal sulphides
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, diversity and the promotion of work-life balance and has been awarded the ‘Total E-Quality’ award for this. The IPB is also a member of the nationwide corporate network ‘Success Factor Family’ and the
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to investigate how a grain-specific transcription factor regulates grain filling in barley. By combining state-of-the-art molecular, metabolic and in vivo MRI techniques, we seek to uncover its mechanism of action
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to serve as a gaseous, metal-free electrode and mediate electrochemical reactions. In particular, the injection of gas-phase electrons into solution to generate solvated electrons, one of the strongest
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2D materials. The project aims to explore the growth of multilayers from elemental materials and investigate solid-state reactions at interfaces. The successful candidate (m/f/d) will work on utilizing
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nanometre spatial scale. Over the last years, we have set up unique experiments based on high harmonic generation to directly access the element-selective magnetic response of thin film systems. Via high