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to innovate at the leading edge of science, working on groundbreaking projects focused on both the structural and electronic characterization of quantum materials. At DTU energy, our research focuses
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leverage graph structures to represent, integrate and analyze multi-modal data, employing advanced machine learning techniques to address complex questions in biology. The team is focusing on different
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and built environment of the future. We bring together experts in design, materials, manufacturing, and sustainability to tackle complex challenges through interdisciplinary collaboration. Our research
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and built environment of the future. We bring together experts in design, materials, manufacturing, and sustainability to tackle complex challenges through interdisciplinary collaboration. Our research
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to tackle complex challenges through interdisciplinary collaboration. Our research staff members are driven by curiosity, impact, and a shared commitment to advancing resource-effective solutions in
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environment dedicated to shaping the sustainable production and built environment of the future. We bring together experts in design, materials, manufacturing, and sustainability to tackle complex challenges
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and built environment of the future. We bring together experts in design, materials, manufacturing, and sustainability to tackle complex challenges through interdisciplinary collaboration. Our research
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. Moreover, you will develop and apply next-generation molecular single-cell workflows to better understand e.g. stem cell differentiation, disease heterogeneity, and complex cellular interplays in time and
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in MD. In this role, you will lead the development of advanced, structured membranes tailored for MD applications. These membranes will be rigorously tested within an MD pilot system to treat process
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manufacturing systems. The methods will be co-developed and validated with several industrial cases. 2) Resilient planning, scheduling and operations of complex systems. This topic will pursue integrated