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to revolutionize the high-power magnetic components (HPMCs) industry with innovative planar magnetic technologies that are more efficient, affordable, and sustainable. As global electrification accelerates, outdated
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tech university spinouts. The postdoc position is part of the UNIVERSE (UNIVersity Ecosystems’ Role in & Support for Entrepreneurship) initiative, and will contribute to a growing body of research at DTU
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process of clays on micro- and macro-scale properties of the cements. As a part of this project, your responsibilities will encompass the following tasks: Processing and characterization of aluminosilicates
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to a higher technological readiness level and as a key part of this prove the potential for large scale production. The projects have great variety all the way from small molecules to proteins – we can
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in the communication, analysis and execution of processes. You will be part of a team at DTU Computed supported by the Villum Synergy Fund and through the Danish Interdisciplinary Center for Digital
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Copenhagen University Hospital and focuses on the detection of a variety of small molecules like drugs. We offer a highly creative, collaborative, and ambitious work environment. This project will be part of
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successful, it will contribute to environmentally responsible shutdown of oil & gas operations in the North Sea. As part of the project, you will develop as a researcher and deepen your technical skills
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on damage tolerance of composite aircraft structures, where disbanding between the face sheet and core of sandwich components is a critical damage mode. The Researcher position will initially be funded by
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quantum light sources coupled to quantum memories. Quantum memories are key components of optical quantum computers and scalable quantum networks: They are responsible for the central tasks of storing and