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communities, for use in health science. We aim to expand these methods and their formal foundations, create efficient algorithms and implementations of them, and ultimately use these implementations
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of calcium and magnesium. The postdoc position is expected to start in February 2026 and for a period of 30 months. To address the role of divalent cation channels, the successful applicant will use inducible
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well as greenhouse gas (GHG) emissions, play a central role in determining whether restored wetlands can deliver sustained climate mitigation, biodiversity support, and water quality improvement. You will be part of a
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strong background in materials crystallography with measurement and analysis of diffuse scattering, including use of the 3D-DPDF method. Furthermore, the candidate preferably has experience in writing
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well as greenhouse gas (GHG) emissions, play a central role in determining whether restored wetlands can deliver sustained climate mitigation, biodiversity support, and water quality improvement. You will be part of a
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. Excellent communication skills in English and the ability to work collaboratively. The ability to direct and take ownership of research projects. Desirable Experience with the zebrafish model Experience with
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strong background in materials crystallography with measurement and analysis of diffuse scattering, including use of the 3D-DPDF method. Furthermore, the candidate preferably has experience in writing
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on the novel application of formalisms, algorithms, and computational methods from computer science to the modeling of microbial communities, for use in health science. We aim to expand these methods and their
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thermal systems such as Carnot batteries, thermal storage, and high-efficiency heating. As part of DTU, you will contribute to cutting-edge research supported by world-class facilities and expert
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thereafter. The position is a fixed-term full-time position for 27 months. The Department of Biomedicine prioritises diversity and a good work environment, as this is a prerequisite for groundbreaking research