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that restore immune function could therefore have substantial therapeutic applications. Cellular metabolism is an important mechanism regulating immune function. This PhD project will use a combination of
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candidate will: Create datasets and benchmarks that capture emotional cues, conversational norms, and cultural variation beyond English; Run user studies to understand how people perceive and collaborate with
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a quantitative understanding of the interactions between the nanomedicine and cellular membranes. The PhD position will work under supervision of Prof. Daniela Kraft, whose group is embedded in
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will do What you will do Your research will extend our work on smartphone interactions to people with epilepsy, investigating how significant life events—such as seizures or daily stressors—are reflected
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PhD position understanding and designing nanomedicines-membranes interaction: physics based approach
of the interactions between the nanomedicine and cellular membranes. The PhD position will work under supervision of Prof. Daniela Kraft, whose group is embedded in the the Smart Living Active Matter
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norms, and cultural variation beyond English; Run user studies to understand how people perceive and collaborate with conversational AI, paying attention to trust, cultural sensitivity, and affective
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the potential of targeting host-cell metabolism to deprive intracellular bacteria of essential nutrients and boost the immune response. The candidate will work as part of an interdisciplinary team to help
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strongly preferred; candidates should clearly mention their experience in this regard in the cover letter. You will be part of the Computational Network Science (CNS) research group (see https://cns.liacs.nl