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a dynamic, hands-on environment where PhD students work closely with the PI and collaborate across an international network, including groups studying exercise physiology, redox biology, and metabolic
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dynamic structure, we’re able to develop the science leaders of tomorrow. That’s our bold idea, tell us yours. Why Work at the Crick? Watch the video here. Company info Location London NW1 1AT United
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implementation of good practice within a dynamic and inclusive environment. You will be responsible for: - Leadership of the year 5 academic team A continuous evaluation and improvement of the Year 5 programme
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neurodevelopmental phenotypes, with expert advice from a behavioral neuroscientist. Investigate structure-function relationships using disease-causing missense mutants and a variety of cell-based and
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the collective agreement with the Danish Confederation of Professional Associations. In addition, supplements can be negotiated in accordance with DTU’s salary structure for scientific staff: https
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take into consideration market benchmarks, if and when appropriate, and internal equity to ensure fair compensation relative to the university’s broader compensation structure. We are committed to
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dynamics Develop machine learning potentials to predict SAM formation on solar cell absorber and battery electrode surfaces Understand the evolution of the electronic structure under realistic
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catalysts, amorphous catalyst structure-activity relationships, water and seawater electrolysis, and integrated solar-to-fuel systems. The Role Working closely with Dr Doudou Zhang, Professor Vladimir
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al. (2023) JACS 145(31), 17075. More information on the Kaila Lab: https://youtu.be/A12FvTn812Q Main responsibilities The project involves structure-function-dynamics studies of complex membrane
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of AI. The ambition is to create excellent, interdisciplinary research in a dynamic, open, and international environment with active exchange and engagement with society. As part of CAISA’s broader