15 density-functional-theory-molecular-dynamics Postdoctoral positions at University of Copenhagen in Denmark
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the different fertilizers. Organic matter plays a critical role in phosphorus stabilization, mobility, and bioavailability, yet the interactions between phosphorus and size- and density-based SOM fractions
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the soils receiving the different fertilizers. Organic matter plays a critical role in phosphorus stabilization, mobility, and bioavailability, yet the interactions between phosphorus and size- and density
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cutting-edge experimental and computational technologies. Our aim is to dissect dynamics and cellular programmes active during human blood lineage development and to decipher how haematopoietic
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to modification. The overarching goal is to provide fundamental insights into the molecular-level changes that occur during protein modification. The postdoc will work in a group focusing on protein modification
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, with possibility of extension. The project is part of the larger research project “AI4NaturalFood”, which is financed by the Novo Nordisk Foundation. Start date is 1 September 2025 or as soon as possible
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We seek outstanding candidates for a postdoctoral fellowship to work on condensed matter theory at the Center for Quantum Devices, Niels Bohr Institute, University of Copenhagen. An early starting
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for a Postdoc position focused on process scale-up and industrial implementation of carbon capture technology derived from PET plastic Waste. The project is part of the research project “VPX BAETA Carbon
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. Professor Johan Andersen-Ranberg. The fellow’s main duties will include conducting experimental molecular biology research on eukaryotic microalgae, performing genome engineering in algae, and carrying out
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ecological and evolutionary process—shapes past and present range dynamics. The goal is to better understand the role of movement in shaping large-scale patterns of species assemblages and species richness
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Job Description The SIGNATURE project aims to define the human insulin resistance molecular network by identifying different baseline sub-phenotypes of insulin resistance in humans and assessing