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planar optical waveguide structure. The current project focuses on advancing a surface-sensitive, label-free waveguide scattering microscopy (WGSM) platform for nanoparticle characterization in advanced
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of penetration testers and enable more operationally relevant decision support. The overall aim of the project is to help autonomous penetration testing agents become more effective and more responsible
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optical waveguide structure. The current project focuses on advancing a surface-sensitive, label-free waveguide scattering microscopy (WGSM) platform for nanoparticle characterization in advanced therapies
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-assisted plasticization. The advertised research project aims to develop new methods to study and understand the viscoelasticity of highly viscous fibre-based materials to improve their processability in
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theory and concrete tools to design systems that learn, reason, and act in the real world based on a seamless combination of data, mathematical models, and algorithms. Our research integrates expertise
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measurement technique development, atmospheric modelling, and advanced methods for integrating observational and model data through data assimilation and machine learning. About the research project The overall
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contribute to our Casein Mission project, aiming to produce food-grade caseins in microbial hosts. Our interdisciplinary and international group offers a supportive, collaborative and dynamic working
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, statistics, and data science with strong connections to engineering, natural sciences, and industry. About the research project We are looking for a postdoc in life science artificial intelligence (AI
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setting where ideas grow into real impact. At the division of Computer and Network Systems , we design secure, dependable and high-performance computer and communication systems that meet the demands
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batch and continuous processes) after suitable modification and water-assisted plasticization. The advertised research project aims to develop new methods to study and understand the viscoelasticity