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University of Amsterdam, String Theory Group, Institute of Physics Position ID: UvA -String Theory Group, Institute of Physics -PHDSTQG [#29584] Position Title: Position Location: Amsterdam, North
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dynamic environmental conditions; Integrate empirical data analysis into conceptual models to investigate how altered conditions due to offshore wind farms may lead to broader ecological impact across
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in our team by data analysis and modelling of the spray deposition process. New knowledge is required to understand and respond to temporal and spatial variability of spray deposition on plants and non
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and physics, electrochemistry, nanopores, energy devices, fuel cells, osmotic energy, membrane chemistry and physics, organic chemistry The research project For a successful energy transition wherein
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PhD position within the project "What's wrong? Ancient corrections in Greek papyri from Egypt" (AnCo
Postclassical Greek language, the process of composition of papyrus documents and the backgrounds of their writers. A multidisciplinary team of three researchers and a research assistant will analyse ancient
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national and international position in the field of AMR, integrating scientific excellence with strategic project development and stakeholder engagement. Design, lead, acquire research projects
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applications submitted through our website will be considered. You can apply until July 13, 2025. Procedure As part of our selection process, an assessment may be incorporated within the procedure Welcome, safe
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for this application process. Welcome, safe, and valued Wageningen University & Research (WUR) highly values diversity and inclusion because we believe that different insights lead to innovative solutions. We create a
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uploading your CV and motivation letter, using the apply button on the vacancy page on our website which will allow us to process your personal information with your approval. This vacancy will be listed up
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machines that will lead to demonstrations with practical relevance. Specifically, this project in the group of prof. Feringa aims to address two key challenges: 1) How can we amplify the work of molecular