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Field
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environment, in close collaboration with Dr. M.C. van Eijk (Leiden Institute of Chemistry). The project will be embedded within the Leiden Early Drug Discovery & Development (LED3) network, which will maximize
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technology and human organisations. You’ll engage with an interdisciplinary community that bridges engineering, behavioural science and policy to co-design approaches for safer, more robust systems
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the field of PICs into applications beyond communications, e.g., in fiber sensing, metrology and microwave photonics. Since such models need to be qualified for PIC foundry platforms, you will also be
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, uncertainty in complex systems, and the interface between technology and human organisations. You’ll engage with an interdisciplinary community that bridges engineering, behavioural science and policy to co
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networks could change the way we communicate, run apps in the cloud, and help scientific tools and sensors. To build such quantum networks, nodes based on solid-state emitters are promising contenders. One
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training in theories and methods for the study of psycholinguistics, more specifically, native- and foreign-accented speech processing. This includes many network-wide events and other (international
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experiments with real-world applications for quantum networks? If so, keep reading! In the future, quantum networks could change the way we communicate, run apps in the cloud, and help scientific tools and
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function itself remains intact. So, how do cells achieve this robustness when their underlying molecular networks diversify so dramatically over evolutionary time? Our lab has shown that in budding yeast
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the field through practical networks, and system-level research, where new approaches are developed to achieve sustainable outcomes. What will you do? Collaborate with the team to develop innovations
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core function in one species can be completely absent in a close relative—while the function itself remains intact. So, how do cells achieve this robustness when their underlying molecular networks