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for compact binary systems. Specifically, the scholar will conduct research in numerical relativity by extending the Einstein Toolkit, BlackHoles@Home, and the superB project to perform state-of-the-art
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yield, forage nutritive value, dairy animal performance, and production economics. This project integrates field research, statistical modeling, stakeholder engagement, and development of decision-support
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research components. Position Overview Supports interdisciplinary research on energy–water resilience by developing and applying spatial and computational models of coupled human–environment systems under
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techniques of molecular biology using bacteria and/or yeasts (e.g. building and cloning recombinant DNA) Basic computational experience (e.g. R, regex, UNIX) Willing and capable of doing oral and written