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leading experts in autism research, computer vision, machine learning, psychiatry, and developmental science to develop innovative technologies that improve how caregiver-child interactions and
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, learning, well-being, social experiences, and decision-making. HARP is developing a longitudinal multimodal research resource to study human-AI interaction and its impacts using student-informed, privacy
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: Develop multiscale ABMs of multi-cellular immune cell populations and virus interactions. Design, implement, analyze, and validate agent-based, ODE, PDE, stochastic, hybrid, or surrogate models, selecting
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dyads, families, and service interactions across systems. Support data acquisition, integration, validation, quality assessment, governance, reporting, monitoring, and stewardship processes. 2. Lead the
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research team dedicated to advancing our understanding of migraine, pain mechanisms, neuroimmune interactions, and nervous system function. Your expertise, curiosity, and commitment to scientific discovery
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of cancer, and/or biochemistry. Prior experience in stem cells, vascular biology, 3Dorganoid cultures or protein interactions is advantageous. Evidence of successful completion of a research project
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focusing the complex interactions between human host factors (genetic traits, health status, etc.) and environmental exposures (especially air pollution) in order to understand how risk factors affect human
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rapidly changing priorities and have ability to quickly learn new skills. Must be detail-oriented, well organized with strong communication skills and ability to work in an interactive team environment
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dynamic academic medical center environment. Be Bold. As a Postdoctoral Associate, you will lead innovative research focused on the interaction between sleep and epilepsy, leveraging advanced
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responses. The PhD postdoctoral candidate would be a highly motivated immunology trained individual, interested in B cell signaling, B cell activation and B-T cell interaction, and adept at flow cytometry and