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imaging (MRI). Towards this aim, we will develop a comprehensive mathematical and computational framework for quantitative imaging, including physical modeling and optimization of the data acquisition
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matter and computer simulations. Knowledge on programming is essential. Experience in using simulation packages will be appreciated. Excellent command in written and oral English (C1) Team player and high
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of development methodology, in particular systems engineering and model-based systems engineering - and publish your research results in specialist journals and present them at conferences Optimization of teaching
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of lateral resolution on samples as thin as an atomic monolayer. This facilitates the control on quantum phases, like charge-density waves and superconductivity, to engineer new materials for energy
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. This work will involve conducting randomized controlled evaluation studies Your personal sphere of influence: The successful candidate will collaborate closely with the project partners at the Medical
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information (e.g. tensor network calculus, quantum communication protocols, quantum tomography protocols), linear algebra, and programming (e.g. Mathematica/ Python/ Matlab). You have an excellent command
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knowledge of quantitative methods of social sciences and statistics, experience in research is of advantage Good command of English language, German level C1 High motivation, persistence, and ability to work
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supervision Interest in questions of systematic theology; knowledge of philosophy Very good command of German, good knowledge of English Publication experience (desirable) Ability to work in a team, reliability
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strong sense of responsibility Command of the German language Your perspective Part-time position (30 hours/week) initially limited to 31st March 2028 20 hours/week assigned to University of Continuing