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supported by the Human Technopole Ciliopathies Flagship Research Programme , a multidisciplinary initiative that brings together several Research Groups to dissect the molecular mechanisms underlying ciliary
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motivated researchers who are eager to help build and shape a new research program from the ground up. The group offers a broad range of theoretical research topics, including quantum machine learning
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materials enable sustainable approaches to energy harvesting, neuromorphic computing, and biosensing, with demonstrated potential for high-impact studies (Nature 578:550; Nature Communications 13:4369; Nature
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AI for Biomedicine to develop next-generation computational approaches to understand how cellular and tissue biology shapes human disease. Your mission As Postdoc in AI for Biomedicine, you will
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develop computational methods that connect human genetic variation to biological function. Using population-scale human genetics together with single-cell, spatial, and multimodal molecular data, you will
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while collaborating within and outside of RIKEN. The most important mission of RIKEN BRC is the sustained and stable operation of its resource infrastructure program. Accordingly, the successful candidate
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to characterize CAR T-cell activation, persistence, cytotoxicity, and tumour cell responses. Generate high-quality functional and single-cell datasets and collaborate with computational colleagues to uncover
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approval for its establishment in April 2024 and successfully began recruiting high-caliber students the same year. CityUHK (Dongguan) upholds CityUHK’s philosophy of "Integration of Teaching and Research
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programme aligned with the University's strategic research areas; Commit to delivering high-quality teaching and supervision to a diverse student population at both undergraduate and postgraduate levels. 03
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Mathematics Engineering program, contributing to the consolidation of the Sciences area within the School of Engineering and Sciences. The successful candidate will contribute to the formation of highly