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to develop next-generation soft robotic grippers with integrated sensing for use in automated biological laboratories. The grippers should be capable of handling irregular, soft, and fragile lab items
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samples, generating robust insights into evolutionary history, population dynamics, and extinction processes. Your primary tasks will be to: Develop bioinformatics pipelines for assembling genomes from
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between DTU and KTH, combining advanced plasma modelling expertise to tackle one of the most dynamic challenges in energy science: improving fusion reactor performance through controlled powder injection
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analysis of dynamic systems of oligosaccharides; biophysical studies using spectroscopy (NMR, UV-Vis, fluorescence and CD spectroscopy) to investigate conformation, binding phenomena and self-assembly
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the lab? Join a collaborative PhD project at DTU Bioengineering focused on the de novo design of Carbohydrate-Active enZymes (CAZymes). About the position The PhD project is part of a 4-year project at DTU
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pulses develop numerical codes to calculate the system dynamics by solving partial differential equations (e.g. Schrödinger equation, von Neumann equation) model the coupling to lattice vibrations (i.e
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the emerging field of Geophotonics — a novel paradigm that explores the interaction of light with natural crystalline materials to decode the dynamics of Earth's surface. The positions offer a unique opportunity