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in biosensing research in our group. On the other hand, the plasmonic properties are strongly dependent on the materials, the surrounding media, and the geometrical parameters, which makes engineering
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powder feedstocks for the dry pressing of precision ceramic parts. The aim is to corroborate the interplay between the process-chemistry-powder parameters towards high-performance feedstock developments
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mechanical phenotype of DS are currently lacking. The study seeks to improve our basic understanding of two potential novel parameters, which are not fully considered in the assessment and treatment planning
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the virtual to the real world by multi-parameter sensing and creating digital twins that can live together with their real-world counterparts. Knowledge of heat stress is essential for the health and
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of multi-energy consumer flexibility to estimate its contribution on system sizing, demand reduction and security of supply. Challenges encompass - among others -, multi-energy system design and integration