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Work Activities This fully funded PhD position lies at the interface between fundamental physics and industrial application. It is part of activities in ARCNL’s Source Department. The research
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in photochemistry, including photon transport, catalyst performance, reaction scalability, and process intensification. The developed platform will enable rapid optimization of photocatalytic
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approaches. Collecting and integrating non-radiological (clinical) data for comprehensive analysis. Optimizing imaging protocols and scanner workflow. Contributing to ethics applications and study preparation
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: healthy volunteers, patients undergoing elective cardiac surgery, critically ill patients, and burn patients. Serial measurements of micronutrient concentrations will be performed in serum, leukocytes, and
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through prediction of optimal growth and elicitation conditions, and (iii) consolidate results into standard operating procedures and a transferable AI agent applicable across species.
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to integrate tropospheric networking with hybrid fibre-FSO links and will integrate the optimization and resource allocation algorithms, followed by evaluation of network scenarios, QoS, and performance
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structure-property relationships to guide purification technology selection · Conduct lab- and pilot-scale testing and optimization of different purification methods Where to apply Website https
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and build a Digital Twin that links atomic-scale chemistry, mesoscale transport, and device-level performance, allowing researchers to test, predict, and optimize designs in a computer before building
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describing the electron optics of the projection column and optimize its performance through large-scale simulations. You will use commercial electron-optical simulation software but also develop custom Python
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focus on the molecular design, formulation, fabrication, and optical optimization of one-way transparent films. You will work with reactive liquid crystal mesogens, chiral dopants, photo-alignment methods