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future decisions, practices, and social dynamics. The goal of this position is to cross-train an individual with a traditional genomics/ bioinformatics background in ancient DNA, community engagement, and
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on many-body phenomena relevant to near-term quantum platforms. Topics of research include but are not limited to the following: Quantum Dynamics, Topological Phases, and Quantum Sensing. Qualifications A
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, Stellar Structure and Evolution. The successful candidate will have access to the Apache Point Observatory 3.5m telescope and the University of Oklahoma's supercomputer – Schooner. Applicants should have
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or disturbance at the global scale; (P3) predictive understanding of microbiome dynamics and functioning in nature and engineering systems (e.g., grassland, bioreactors, wastewater treatment systems, etc.). P1 is
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linear mixed models, and biological network analysis. This may require development of new computer algorithms and/or construction of computational workflows on computer clusters. The types of multi-omics