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reaction evolution mechanisms for magnesium-based binders, leveraging state-of-the-art experimentation and numerical modelling tools. This position is part of the prestigious Villum Synergy project
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for Biomedical Quantum Sensing which aims to revolutionize biomedical imaging and diagnostics by developing novel microscopes based on quantum-enhanced measurements. Joining our team means taking a leading role in
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Job Description If you are establishing your career as a scientist and you have the ambition to develop groundbreaking technologies for advanced diagnostics for the body and multifunctional
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solid empirical experience in designing, producing, and testing sensing devices based on Surface Enhanced Raman scattering (SERS). These activities were initiated more than 10 years ago when we developed
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levels and is under constant development. DTU Compute wishes to strengthen its activities in the area of algebra with applications in coding theory. The focus will primarily be on the following areas
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Job Description If you are excited by the challenge of understanding extinction through cutting-edge computational approaches, this postdoc offers a unique opportunity. You will help develop a
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. This project explores the complex physics of plasma-material interactions, powder ablation, and plasma turbulence in fusion devices. The aim is to develop a novel numerical simulation tool that integrates DTU’s
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on the reactivation of cement and optimizing the cement blend. During the PhD study, the reactivity of recycled cement and thereby the strength development is optimized by the chemical elements that are missing in
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this project, we will develop neural diffusion techniques to design materials with targeted optical properties, scaling to large systems through efficient representations and GPU parallelization. We will also
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such as improved texture, emulsification, or water-holding capacity—key features for developing innovative plant-based food products. The yeast will be converted into high-value, nutritious, and functional