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heterostructures for high-frequency applications. State-of-the-art physical vapor deposition methods (PLD and Sputtering) and laser interferometry are available for the fabrication and characterization
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have a few projects related to our novel method, AQUADA, which uses thermography and computer vision to detect damage in wind turbines and PV panels. We are looking for a new colleague to further develop
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guest metal ions and structural defects in metal oxides. The project focuses on understanding and utilizing redox properties of solid materials and the interactions between structural defects, metal
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of TSN-based in-vehicle networks. These networks carry mixed-criticality traffic and use TSN with multiple traffic shapers and redundant communication. You will investigate methods for runtime analysis
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quantitative Mass Spectrometry-based proteomics methods for this project. The successful candidate will work closely with experts in bioinformatics and in cellular signalling to make informed decisions on data
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, development & scientific advice and provides educational programs and service to society. We are working to develop new environmentally friendly and sustainable technologies, methods and solutions, and to
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breakthroughs in the study of transport across interfaces by utilizing twisted membranes. This innovative method offers an exciting way to tune the properties of the materials. The goal of the Postdoctoral
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the physical chemistry of hydrogen bonds. Your overall focus will be the collection of experimental spectroscopic data and its analysis with quantum calculation techniques and molecular simulation methods. Your
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of recycled metal in production. Contribute to integrating our findings into industry practices, engineering education, and vocational training, fostering a sustainable future for stainless steel recycling in