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difference in the areas of materials and manufacturing, we look forward to receiving your application. About the research project The position is focused on development of robust AM and post-AM processing
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experimentally and making a difference in the areas of materials and manufacturing, we look forward to receiving your application. About the research project The position is focused on development of robust AM and
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strategies will be considered to overcome inherent drawbacks, e.g. the water sensitivity of the fibre-based materials. Different scenarios for the end-of-life of the developed fibre-based materials will be
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scenarios for the end-of-life of the developed fibre-based materials will be evaluated, including the assessment of their recyclability via melt processes and re-pulpability, as well as their biodegradation
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pathway. To this end, novel electrocatalyst materials of improved activity and selectivity need to be developed, also to replace the costly and rare noble metal catalysts currently used. Transition metals
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laser systems meeting the requirements for applications in atomic clocks, optical metrology and sensing, data communication, and quantum technologies. To this end, we will develop photonic integration
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into the green energy carrier hydrogen and into oxygen (oxygen evolution reaction) using solar and wind power constitutes such a promising sustainable pathway. To this end, novel electrocatalyst
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. About the research project The long-term aim of our group is to develop a hybrid quantum system capable of generating macroscopic quantum states of motion. To this end, we are trapping strontium atoms in
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therapies. The research aims to further develop a clean-room-fabricated planar waveguide chip capable of generating a surface-confined evanescent field for detecting and characterizing biological
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. The research aims to further develop a clean-room-fabricated planar waveguide chip capable of generating a surface-confined evanescent field for detecting and characterizing biological nanoparticles such as