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Description 30%: Develop public health analysis tools to assess impacts of drinking water sources and groundwater quality on public health outcomes. 35%: Use modeling tools and data analysis to conduct research
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validate polarizable force field models. Responsibilities will include both macroscopic property analysis (e.g., density, diffusion coefficients, ion conductivity, interfacial tension) and atomistic-level
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application materials. Previous work experience that required research with single-molecule techniques and microfabrication, as demonstrated in application materials. Experience with with data analysis tools
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the knowledge and skills necessary to conduct rigorous research. During the fellowship, postdoctoral researchers will work alongside experts and peer mentors to design and implement independent research studies
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appropriate data collection and analysis documentation, providing written reports on research progress, and participating in research group meetings when asked. 25% - Disseminate research findings by 1
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materials. Graduate-level coursework or experience utilizing strong quantitative analysis skills, including statistics and data presentation (GraphPad, OriginPro). Work experience that requires organizational