11 postdoc-computational-physics Postdoctoral research jobs at University of Minnesota
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. This position is designed to recruit two highly motivated postdocs with a strong background in molecular biology or virology to support studies on Epstein-Barr virus (EBV) oncology. Individuals should be open to
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filled. Annual Salary: Based on NIH NRSA postdoctoral stipend levels . Postdoc No Experience: $61,008 Postdoc 1 year of Experience: $61,428 Postdoc 2 years of Experience: $61,884 Questions
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students on data analysis and detector projects. 40% Instruction of introductory physics lecture section 25% Core reconstruction and simulation software and computing development 15% Construction
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sampling), biogeochemical/physical process-based model, advanced AI algorithms, and top-down atmospheric inversions. Tasks Include: Developing AI-ready benchmark datasets to aid in the AI algorithms
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and drug-gene interactions to be translated to clinic. The postdoc may investigate mechanisms of kidney disease with spatialomics, biopsies and clinical data. This is NOT a remote position. The postdoc
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Date 05/29/2025 Job Title Program/Project Specialist Job ID 368474 Location Twin Cities Department Physical Therapy Posted Date 05/29/2025 Job Title Safety and Security Lead - MN Arboretum Job ID 368527
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to the preparation of manuscripts. Qualifications Required Qualifications: Ph.D. in Bioinformatics or Computational Biology Preferred Qualifications: Experience in preclinical studies, animal handling, molecular
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of choosiness, and use genomic tools to identify candidate genes underlying variation in choosiness, conduct data analysis, prepare manuscript for publication and communicate findings at conference. The postdoc
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: Negotiable. Position will remain open until filled. Annual Salary: Based on NIH NRSA postdoctoral stipend levels . Postdoc No Experience: $62,232 Postdoc 1 year of Experience: $62,652 Postdoc 2 years
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on the Biology of Aging and Metabolism. His research program is focused on discovering fundamental mechanisms of aging. His laboratory employs novel animal models, primary human cells, and human tissues