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of floodplain channels and lakes). By combining field monitoring and numerical modelling approaches, we will assess how reactivated paleochannels, constructed floodplain systems, or other solutions can create
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is looking for a skilled, responsible, and organized postdoctoral researcher to develop mathematical models of adaptive stress regulation. These models will inform empirical research with humans. Join
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to model the interactions between roots, microbes, and minerals that govern these processes? We are looking for a postdoc within the NWA project “Harnessing root-microbe-mineral interactions for climate
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(UvA) is recruiting a postdoctoral researcher in AI for fluid mechanics. This postdoc is part of an NWO-funded project on accelerating computational modelling of rarefied (i.e. highly dilute gases
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of floodplain channels and lakes). By combining field monitoring and numerical modelling approaches, we will assess how reactivated paleochannels, constructed floodplain systems, or other solutions can create
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methane. Improved scientific knowledge is needed to design the most efficient climate mitigation policy. You join the development of the global atmospheric inverse modeling system TM5mp-4DVAR, that is used
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Join Maastricht University’s cutting-edge Fitness Improving Technology (FIT) project and build innovative 3D muscle models to pave the way for personalized therapies in rare and common muscle
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recruiting a postdoctoral researcher in AI for fluid mechanics. This postdoc is part of an NWO-funded project on accelerating computational modelling of rarefied (i.e. highly dilute gases), which brings
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platform, contribute to accelerating the realisation of PEDs? How can standards (e.g. in terms of data models and APIs) support this process, e.g. by streamlining data retrieval, integration and usage? How
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and energy systems, you will combine transport simulation models (e.g., SUMO) with power grid tools (e.g., OpenDSS) to build a co-simulation environment based on real-world data. The outcomes of your