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nanomanipulation setup to stack and twist 2D materials inside a cryostat, an optical "quantum twist microscope". Using this technique, you will study emergent structural chirality in 2D magnetic, excitonic, and spin
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experimentation using disease models What we offer A structured PhD training program with close supervision Opportunities for independent and collaborative research Targeted training in state-of-the-art
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. Its lean governance structure supports an agile and efficient implementation of its vision. Its sustainable, 37-hectare and partly residential campus will form the heart of a new district in Nuremberg
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community and score points with your structured and independent way of working. Thanks to your strong organizational skills, you remain calm even when working on several projects at the same time. What we
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international partners What you bring to the table You are enrolled as a student in architecture or civil engineering, electrical engineering, construction management or building physics or have a background in
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. Its lean governance structure supports an agile and efficient implementation of its vision. Its sustainable, 37-hectare and partly residential campus will form the heart of a new district in Nuremberg
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systems Real-time control Wavefront sensors based on deep learning Development and construction of new wavefront sensors You will write reports (in German) and publications (in English) What you contribute
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-dimensional data sets are generated, containing both metric and categorical variables. Your goal is to identify latent structures and patterns within these data in order to characterize heterogeneous groups
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, particularly in modules on cardiovascular diagnostics, as well as in the master′s degree program in biomedical engineering. In addition, research-oriented teaching formats, elective courses, and structured
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efficiency of our 3D scanning technologies. Be part of change You will begin with a structured introduction to our fully autonomous scanning technologies and a hands-on deep dive into the fundamentals