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to explore life at the molecular level. We build physical models of key biological processes and develop advanced measurement techniques to test these models in living cells. This project focuses
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comprehensive documentation of all research and data Fluency in written and spoken English Merits: Experience in bioinformatics and/or structural biology Experience working with a diverse range of plant model
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develop both theory and concrete tools to design systems that learn, reason, and act in the real world based on a seamless combination of data, mathematical models, and algorithms. Our research integrates
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the interfaces in solar cells to gain insight into molecular adsorption and electronic structure Model X-ray absorption and Auger spectra to provide analysis of experimental results Writing scientific papers
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structural biology Experience working with a diverse range of plant model organisms As postdoctoral appointments are career-developing positions for junior researchers, we are prioritizing candidates with a
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measurements, with advanced modeling techniques developed by our team to investigate the key density statistics across the scales relevant for star formation. These statistics provide unique constraints
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the command line. Background in structural biology, molecular modeling, protein dynamics, and understanding of ensembles. Have experience with large-scale computations on compute clusters, bonus points
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master's programmes. More information is available on our website . Work duties The project focuses on modeling at the molecular level of several different types of high-entropy electrolytes for application
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tract. The research will build spatiotemporal models of human immunological tissue architectures, revealing how immune niches form, evolve, and malfunction across human organs and diseases. This includes
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and diseased human tissues and immune cells of the heart, cardiovascular system, and gastrointestinal tract. The research will build spatiotemporal models of human immunological tissue architectures