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Prof. Daniel Merkle. The overall research project is based on the novel application of formalisms, algorithms, and computational methods from computer science to the design of microbial communities
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, innovation and education. Central to achieving this objective is access to state-of-the-art facilities and close collaborations with industries. The task portfolio of the PhD will be linked to the capacitor
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the value of the green transition. The project will involve a multi-stakeholder innovation process, utilizing a framework of multiple-loop learning to encourage farmers to reflect on their relationship with
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at the cutting edge of robotics for real-world applications. A collaborative and supportive work environment that encourages innovation and creativity. Opportunities for professional growth and leadership
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at the extreme nanoscale. This approach holds immense potential for advancing our fundamental understanding of light–matter interactions at the few-nanometer scale, with significant implications for the design of
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involves the development of a theory and accompanying algorithms to tackle such problems. Applications will lie in the area of the design of enzyme cascades. We are seeking an excellent and highly motivated
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three years, starting in September 2025. As a PhD student, you will plan, lead, and execute the project in collaboration with your supervisors, contribute to the overall project development, and
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German schools. A recommendation of methods and educational plan to upskill Danish and German teachers’ knowledge, competences, and skills, which are needed in order to use technology-based learning