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graduate students, and collaborate with clinicians and other collaborators of the lab. MINIMUM QUALIFICATIONS The candidate should have a PhD degree in biomedical/electrical engineering, computer
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community assembly, lignocellulose degradation, and renewable energy research. The current project aims to advance understanding of symbiont acquisition and host-symbiont interaction at the ecological
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to beneficial and pathogenic infection, drug discovery, microbial ecology and community assembly, lignocellulose degradation, and renewable energy research. The current project aims to advance understanding
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the operation and upgrades of the endcap muon (EMU) system, the electromagnetic calorimeter and new MTD, and the Level-1 trigger. Current physics analysis efforts of the greater group include searches for physics
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to the development of new research initiatives and partnerships Professional Development and Service (10%) Stay current with advances in disease dynamics, epidemiological methods, and computational tools Attend
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biomedical imaging system to assist in the diagnosis of widespread diseases, including cancer. QUALIFICATIONS: PhD in Electrical Engineering, Applied Physics, Physics, or a relevant field. Demonstrated
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to assist in the precise diagnosis of major diseases, including cancer and cardiovascular disease. QUALIFICATIONS: PhD in Electrical Engineering, Applied Physics, Biomedical Engineering, or a relevant field
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for these postdoctoral positions. Our current research interests in the group cover a broad range of topics, including developing integrative biophysical models for collective tissue mechanics and studying glassy dynamics
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dynamic and collaborative team of researchers, we encourage you to apply. We offer flexibility in the research topic for these postdoctoral positions. Our current research interests in the group cover a
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learning/AI, and science of science, as well as quantifying art. The BarabásiLab's current work spans the applications of networks toward understanding food and nutrition, human diseases, disease progression