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chemistry and physics techniques. What you will do You will work in a small team, including one or more PhD students, towards the goal of designing, analyzing and testing novel device structures that exploit
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, supramolecular chemistry and/or catalysis You want to join an internationally renowned university and research group working in cutting-edge photochemistry You want to take part to a multidisciplinary project
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group working in cutting-edge photochemistry You want to take part to a multidisciplinary project involving most Dutch universities and many companies, to contribute to a more sustainable society What you
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of future fire dynamics and its impacts on vegetation at regional scales. Where you will work Leiden University is situated between Amsterdam (36 km) and The Hague (15 km) and was founded in 1575, making it
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); An ambitious work environment with plenty of autonomy in a research environment; Visibility in the international research community; Many travel opportunities to present progress at conferences, labs and other
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; representation learning; analysing sound sequences and vocal interactions; category discovery; Perma computing. The successful candidate will work with Dr. Dan Stowell and his research team. The position is set in
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for researchers who incorporate these practices, and informing further strategic investments, policy development and capacity building in OS more broadly. What you will do The purpose of this position is to conduct
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the Dutch national Open Science programme. The postdoctoral researcher will be the primary driver of all research activities, working within an expert team at CWTS. What you will do The purpose
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, policy development and capacity building in OS more broadly. What you will do The purpose of this position is to conduct original research which further develops empirical as well as conceptual insights
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seeking a highly motivated Postdoctoral Researcher to join the Machine Learning cluster. The position is part of a research project investigating how visual foundation models can efficiently acquire new