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, or algorithms to integrate neuromorphic-inspired computing paradigms. Your main tasks will include: Identify areas where neuromorphic-inspired paradigms can be applied Develop concepts to integrate CMOS circuits
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Center for Academic Teaching. Requirements: - completed scientific university degree (Master/Diplom) in biology, biochemistry or a related subject - Ph.D. in Molecular Plant Physiology or a closely related
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Statistical Physics and the theory of stochastic processes, large-scale stochastic simulations of recurrent networks requirements: master of physics specialization in theoretical physics or computational
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Research assistant (Postdoc) (m/f/d) - Department of Biology, Chemistry, Pharmacy - Institute of Bio
opportunities at Dahlem Center for Academic Teaching Requirements: completed scientific university degree (Master/Diplom) in biology, biochemistry or a related subject Ph.D. in Molecular Plant Physiology or a
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Enrolled in Bachelor or Master program in the field of Computer Science, Information Technology, Industrial Engineering, etc. Interest in image processing, programming, and machine learning Programming
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)national workshops and conferences, as well as in scientific publications requirements : completed academic degree (master or similar) or Ph.D. in physics, materials science, computer science, or another
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Postdoc – Synthesis and up-scaling of high-performance active materials for Na solid-state batteries
manufacturing process of future battery systems - from materials synthesis to characterization. Your Profile: Successfully completed scientific university degree (Master) in the field of chemistry, materials
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of "Applied·Humanities", including an individual project of your own in the area of "Practices of Provenance Research" requirements: master's degree or equivalent in a liberal arts discipline (preferably with a focus on
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on the Bertha1 deep well in Wörth am Rhein Evaluation and interpretation of borehole data for model integration Employment requirements: Completed scientific university degree (Master's degree or comparable) in
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to investigate ligand identities of various HFSE complexes. The main focus will be on fluoride complexes of Zr, Hf, Nb, and Ta in fluoride-rich solutions. 3. Investigation of HFSE complexation in silicate-rich