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Field
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(IHRS NanoNet) is an interdisciplinary research school in the field of molecular electronics open to outstanding students of all nationalities with backgrounds in physics, chemistry, electrical
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ranges from core areas of computer science and electronics over medical applications to societal aspects of AI. SECAI’s main research focus areas are: Composite AI: How can machine learning and symbolic AI
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at international project meetings. We require a solid interest in digital electronics development, experience in C and python programming and familiarity with Linux environments. Knowledge of FPGA-related workflows
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. Alexander Ecker (Institute of Computer Sciences, University of Göttingen). Candidate profile We are looking for a highly motivated candidate with: A strong background in animal behavior, behavioral ecology
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experience in Python or similar programming languages, experience in Linux/Unix computer environments, and experience in statistical analysis and visualization very good written and oral communication skills
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Framework Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description The Minerva Fast Track Group "Spin-Orbital Electronics" at the Max
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Description In a joint international project funded by the German Research Foundation, novel electronic devices based on magnetic van der Waals heterostructures are to be realized and investigated
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Description In a joint international project funded by the German Research Foundation, novel electronic devices based on magnetic van der Waals heterostructures are to be realized and investigated
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offers unique and novel opportunities for molecular reactivity and materials’ post-functionalization. For instance, the creation of weakly coupled, even unpaired electrons will lead to novel applications
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to serve as a gaseous, metal-free electrode and mediate electrochemical reactions. In particular, the injection of gas-phase electrons into solution to generate solvated electrons, one of the strongest