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problems in bioinformatics. This project is part of the Faculty of Science's new Quantum Simulation for Molecular and Material Design (Q-MMD) programme. You will join a growing interdisciplinary team at
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classification of aluminium scraps and contaminants. Design and validate algorithms for multi-sensor data interpretation and sensor fusion. Conduct laboratory experiments on scrap characterisation and sorting
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International, TNO, and QuiX Quantum. You will contribute to the design of the photonic circuits and their hybrid integration, followed by extensive quantum-optical characterization after fabrication
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Atomic Scale Processing for future chips and energy. The central challenge is to design and control materials at the atomic scale to enable next-generation devices with unprecedented performance
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diversity of platforms and building blocks. The foundry model is now becoming established where Process Design Kits (PDKs) allow fabless designers to create their own chips with custom functionality. While
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, this section studies the interactions between people and their built environments, and the effects of urban design on their behaviour. The postdoc project is conducted in strong collaboration with researchers
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transverse modes domain). You will be involved in the system modeling, the design of protocols, and the security analysis. A broader topic of interest is the use of PUFs in quantum security schemes in general
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into practical design principles for low-debris surfaces and operating windows in advanced EUV source environments. Qualifications You have (or will soon obtain) a PhD in (Applied) Physics, Mechanical Engineering
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management. This will be achieved through: Designing and organizing a deliberative and participatory approach together with the WadSED team members (specifically UU and HVHL). Facilitating and monitoring
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Deploy detailed models of coupled ocean / sea ice processes, probe their turbulent interactions, compare with observations, and design parameterizations for global climate models. Job description