44 density-functional-theory-molecular-dynamics Fellowship positions at University of Michigan
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taken while a graduate student (a transcript is not required). Two short (manuscript-length) examples of your written work. One of these examples should reflect the applicants' dissertation research
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Apply Now How to Apply Materials and questions should be sent by email to asbushne@med.umich.edu . Please use the subject line Fellowship Application. Please submit: A written statement describing
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of innovative hardware solutions, including harmonic mitigation and thermal optimization. The role offers an excellent opportunity to work alongside interdisciplinary teams and industry partners, and to
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AI expertise Experience in single-cell and spatial transcriptomics/multiomics data modeling and analysis Computational biology experience Cancer biology analysis experience Modes of Work Positions that
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and statistical modeling for reliable analysis on spatial multiomic data. The candidate will work on both probabilistic modeling, software development, and cancer biology analysis for this position
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at the University of Michigan in Ann Arbor, Michigan, USA. Applicants will work with MIITT department faculty to complete translational MRI research studies. The research fellow will collaborate with faculty and
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at the University of Michigan in Ann Arbor, Michigan, USA. Applicants will work with MIITT department faculty to complete translational MRI research studies. The research fellow will collaborate with faculty and
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research experience in rheumatology and genomics. The individual will work in a highly collaborative environment and has opportunities to work with top investigators in Dermatology, Rheumatology, and
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applicant for a Post Doc position. The candidate will work on multiple funded/unfunded research projects that aim to develop novel methods and devices to assess and improve neurological outcomes after stroke
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enhance our contribution to society. Responsibilities* The successful candidate will work on projects performing analysis of PET neuroimage data, including kinetic modeling and multimodal data synthesis