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Future. Discover. Together. The Wireless Communications and Networks department at the Fraunhofer Heinrich Hertz Institute develops new technologies for the next generation of wireless communication
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technology Preparation and support of the work by evaluating relevant technical literature and new developments Design and production of systematically varied compounds and test specimens Design and
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Future. Discover. Together. The Wireless Communications and Networks department of the Fraunhofer Heinrich Hertz Institute participates in the development of new technologies for the next generation
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scientists, basic scientists, and bioinformaticians and supports career development and postdoctoral training courses. The contract conditions and the salary will be according to the collective labor agreement
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demagnetization, transient spin currents, and thermal effects after ultrafast optical excitation. Circular and linear magnetic dichroism in resonant x-ray reflectivity help to reveal the temporal evolution
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at the mucus barrier. ONEMUC thereby contributes to a better understanding of zoonotic infections and to the development of new strategies for prevention and risk assessment within the One Health framework. In
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at the mucus barrier. ONEMUC thereby contributes to a better understanding of zoonotic infections and to the development of new strategies for prevention and risk assessment within the One Health framework. In
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Job Advertisement Job-ID 03/2026 At the Leibniz Institute for Natural Product Research and Infection Biology (Leibniz-HKI), we investigate the pathobiology of microorganisms and develop new natural
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Job Advertisement Job-ID 04/2026 At the Leibniz Institute for Natural Product Research and Infection Biology (Leibniz-HKI), we investigate the pathobiology of microorganisms and develop new natural
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deformation and damage model for high-temperature fatigue Performing FE simulations of damage development at the microstructure and component levels Exchanging information and presenting the results with and to