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core disciplines. Fraunhofer AISEC supports companies in securing their systems, infrastructures, products and services. For its customers, Fraunhofer AISEC develops high-quality security technologies
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aim is to develop new approaches for the sustainable production of sufficient quantities of foods whose biologically active effector molecule profiles are geared towards health and nutritional needs
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experiments, based on new nonrelativistic effective field theories and novel lattice QCD calculations. Targets are all aspects of the XYZs: spectra, decays, transitions, production and evolution in the Quark
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or equivalent scientific qualification, as well as pedagogical aptitude, are prerequisites. Substantial research experience abroad and contributions to study program development are expected. Candidates should
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, production and evolution in the Quark Gluon Plasma produced in heavy ion collisions. The project includes interdisciplinary applications to other fields featuring strongly correlated systems (in BSM or in
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in Civil and Environmental Engineering with a focus on the development of computational methods, including numerical methods for simulation in meso- and macro-scale, methods for modeling and simulating
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Design with a focus on research, development and transfer in the field of interactive interventions at the interface between design, architecture and society. Expertise in the following areas is expected
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lies on the development and application of innovative testing methodologies, the qualification of materials, components, and systems, and the simulation of relevant environments to ensure reliability