17 phd-agent-based-modelling Postdoctoral research jobs at University of Copenhagen in Denmark
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Postdoctoral position in mathematical modelling of cognitive processes to be filled by 1 September 2025 or as soon as possible thereafter. The position is for 2 years. Information about CoInAct can be found
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that the research will use process-based models to establish how metapopulation and metacommunity dynamics contribute to long-term at small population sizes. Your job This position will primarily focus on Andean
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assemblage of huge biological data sets on species distributions and traits built from primary sources, as well as huge genomic data sets. We work with novel macroecological process-based and null models
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and improve an assemblage of biological data sets on species’ distributions and traits. We use a range of tools from novel macroecological process-based and null models to cutting-edge DNA and genomic
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’ distributions and traits. We use a range of tools from novel macroecological process-based and null models to cutting-edge DNA and genomic techniques. This holistic approach strengthens our ability to address
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in the project. Who are we looking for? We are looking for candidates with a PhD degree and demonstrable experience in food ingredient isolation, rapid experimentation, process miniaturisation
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, modeling of topological superconductors, protocols for observation of nonlocal quantum information storage, topological effect in open system, or next generation superconducting qubits using hybrid materials
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to improve their functional properties using gentle protein modification strategies, including enzyme treatments and UV-light processing. The postdoc will implement LC-MS-based peptide and, if needed, intact
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understanding of research ethics as well as experience working with Videnskabsetiske Komiteer (VEK) applications/protocols, is preferable. The position will be based at the August Krogh Section for Human and
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-based SOM fractions—including particulate organic matter (POM), mineral-associated organic matter (MAOM), and free vs. occluded light fractions—remain poorly understood. Another key aspect of