117 parallel-and-distributed-computing-phd Fellowship research jobs at Harvard University
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postdoctoral researcher with a strong background in neuroscience. The ideal candidate will have extensive training in their Ph.D. program and be capable of independently conducting research in the field
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, scientists, clinicians and artists that work at the intersection of art, cell biology, design, materials science, and computational modeling. Insta: Studio_DBG YouTube: Disease Biophysics Group Website
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of renewal dependent upon job performance and continued availability of funding. Basic Qualifications PhD in Psychology or related field required by the appointment start date Additional Qualifications
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an atlas of prokaryotic immune strategy in the global oceans University of Southern California, laboratory of Jed Fuhrman 2018 B. Cael, Ph.D. Testing a distributional theory for the sinking flux of marine
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Candidate must hold a PhD in Cell biology or Neuroscience or a related field or have completed all requirements for the PhD by the anticipated start date.. Additional Qualifications Ideal applicants will
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the areas of immunology, microbiome, and diet. Basic Qualifications Candidates should hold a PhD in the relevant areas or be nearing their PhD defense date. Additional Qualifications The position requires
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that converts your CGPA to a 4.0 scale. This can be done using a GPA conversion tool, such as Scholaro’s GPA Calculator , or by submitting a credential evaluation report from a service such as WES or ECE , which
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@seas.harvard.edu . Applications will be reviewed on a rolling basis. Basic Qualifications A Ph.D. in Mathematics, Computer Science, or a related field, by the start of the appointment. Additional Qualifications
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and Regenerative Biology has an exciting and broad multiomics program focused on brain aging. Approaches will include experimental and computational efforts across multiple labs at Harvard's Faculty
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habitats to develop “beaver-bots,” robotic tools inspired by beavers that work within and alongside natural systems; and (5) Planetary Design Computation—testing the potential of using targeted local