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to maintain the tunnel stable. At depths of several hundred metres, validated design guidelines for this combination of challenges do not yet exist, which limits optimal decision-making. This PhD
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developments, you will work closely with the other PhD, postdocs, engineers in the lab, and other collaborators from TUM and ETH, to establish a digital twin for construction, and optimize CAML hardware
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the opportunity to perform experiments in Maastricht and at the RIVM, gaining experience in respiratory toxicology and in designing optimal in vitro experiments. You will also have opportunities to build an (inter
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reinforcements, heat networks and local flexibility, but privacy law (GDPR), commercial sensitivity and regulatory uncertainty keep this data locked away. Hence, critical infrastructure decisions are being made
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factors, and travel speed, while also studying resonance behaviour and determining the optimal excitation frequencies for maximizing signal-to-noise ratios. Write a doctoral dissertation, publish results in
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platform required for this project. Characterize ultrasound propagation loss, quality factors, and travel speed, while also studying resonance behaviour and determining the optimal excitation frequencies
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the RIVM, gaining experience in respiratory toxicology and in designing optimal in vitro experiments. You will also have opportunities to build an (inter)national network, participate in national and
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concepts for spot size converters (SSCs) on our Indium Phosphide (InP) Photonic integration platform Developing and optimizing a manufacturing process for the SSC in the Nanolab cleanroom at TU/e
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. You are independent, self-motivated and eager to learn. You are keen to work with partners to link real-world challenges to fundamental research questions. Desirables: Experience with optimization
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vivo characterisation of the generated nanobodies, including assessment of their affinity, specificity, modulatory effects, stability and biodistribution. Through the POLARIS network, you will also gain