13 phd-position-wireless-sensor-networks Postdoctoral positions at University of Oklahoma
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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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. Qualifications Applicants should have completed requirements for a relevant PhD before the start date. This full-time position is for up to 3 years (2 years initial appointment plus 1 year renewal with
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students, outreach, and other departmental activities. Qualifications Applicants should have completed requirements for a relevant PhD before the start date. This full-time position is for up to 3 years (2
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completed requirements for a relevant PhD before the start date. This full-time position is for up to 3 years (2 years initial appointment 1 year renewal with satisfactory performance). The start date
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Ph.D. in Physics or a closely related field is required. Candidates with a strong background in quantum many-body theory and experiences in quantum Monte Carlo and tensor network methods are encouraged
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of these skills are not taught during standard graduate school curriculums or conventional postdoc positions. Fellows should expect to devote approximately 80% of their time to their regional projects, and the
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Open Date Sep 04, 2024 Description The University of Oklahoma has a 2-year with possible 2-year extension Postdoctoral Research Associate position available in Biomedical Engineering Lab under Dr. Rong
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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
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takes a multidisciplinary approach to understanding sensory neural processing in the context of animal behavior. The position is funded by active NIH grants supporting the Lab. The minimum qualifications
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force in the group of Dr. Emine Altuntas. This position is part of a DOE-funded partnership between OU and the Fundamental Symmetries group at Argonne National Lab. The successful candidate will be