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Irène Curie Fellowship No Department(s) Industrial Engineering and Innovation Sciences Reference number V39.7577 Job description Are you looking to shape the future of human-AI collaboration in
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significant contributions to the emerging field of Human-Robot Collaboration (HRC). HRC studies the most effective algorithms to enable robots to work safely and efficiently alongside with humans in shared
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colonial legacies are complex, collective, cumulative, and intergenerational. As a result, the practical demonstration of the role of art to build mental health resilience and act as a marker of water
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are carried out, but the very nature of the employment relationship - for example through platform work (Drahokoupil and Fabo, 2016) and the way people are managed through algorithms (Aloisi and De Stefano
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leverages through-thickness reinforcement to integrate metallic elements within the composite structure. These metallic elements act as a targeted heat source, activating re-processable matrices such as
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associated with thoracic outlet syndrome in human. This can lead to pressure, causing pain and affecting visceral organs. This project will validate several novel markers associated with C/T axial identity
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Bifidobacterium to utilise starch as a substrate and establish itself within the ecosystem of the human gut. The studentship will provide excellent training in a range of techniques including cutting edge
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of metabolic regulation for human MAIT cell function using modern cell biology approaches alongside immunological techniques. Your profile: We are looking for a highly motivated, skilled applicant interested in
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Engblom (KI), Julio Saez-Rodriguez (EMBL), Joakim Lundberg and Dr. Stefania Giacomello (KTH, and SciLifeLab). In brief the PhD student will be exposed to experimental models of intestinal disease, human
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requirements and conditions second degree/master’s degree (120 credits/ETC or equivalent) in biomedicine, pharmaceuticals, cellular biology, physiology, or other relevant fields good knowledge of human