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state-of-the-art EC-AFM, analytical STEM, cryo-EM, liquid cell TEM, SAXS, etc. The chance to collaborate with experts across electrochemistry, nanomaterials, and advanced energy solutions Support for
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to work on the discovery of new superconducting materials with high critical temperatures, using novel methods and concepts such as machine learning and quantum geometry. The project is related to large
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Material science research themes. The role will include designing and standardizing analytical pipelines, quantitative biodegradation assays to validate material-microbe interactions, and tracking polymer
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