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for use in health science. The goal of this PhD project is to expand on these computational methods and their formal foundations and to create efficient algorithms and implementations of them. We
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of building blocks for non-covalent assembly supramolecular polymers. Your work would include: the design, organic synthesis and characterisation of monomeric molecular building blocks; enzymatic synthesis and
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you will design, build and operate advanced electrochemical systems focused on product detection. The project builds upon many years of experience - for example with the "sniffer chip" which has been
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design to develop new high-potential organic flow battery electrolytes with unprecedented stability. The computational work will be done in close collaboration with an experimental counterpart
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and qualifications Your overall focus will be to develop and evaluate bio-based circular packaging materials that improve food safety, reduce waste, and support circular value chains. The work includes
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and Biomedicine, DTU, supervised by Associate Professor Birgitte Zeuner. The position is part of the department’s mission to understand enzyme action for new sustainable bioprocessing applications
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, which are time-consuming (at least a few days) and lack the ability to differentiate between bacterial strains. Your overall focus will be to develop and evaluate a purification-free work stream that
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technology, positioning your career for long-term success and global scientific impact. Your primary role will be to pioneer and optimize advanced electron-beam lithography techniques to demonstrate reliable
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Denmark and abroad. Your work will contribute directly to shaping the future of sustainable energy, while enhancing your skills for a successful academic or industrial career. We seek candidates with: A
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funding affect the subsequent performance of firms and scientists, in terms of outputs such as the number of papers, products, patents, etc. (Can an optimal applicant template be developed by training