189 parallel-computing-numerical-methods-"https:" positions at Stony Brook University
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, accounting, and/or statistical records. Perform calculations and computations using known and standard formulas and methods (primarily using computers and calculators). As needed and as directed, contact
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interatomic potentials or force fields (for example MACE, NequIP, DeePMD). ● Experience running scientific calculations on Linux-based high-performance computing clusters, including scripting or
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; neurobiology; signal transduction; cancer biology. We encourage candidates to build on existing strengths within the department (see our website at https://renaissance.stonybrookmedicine.edu/pnb
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understand membranes at the molecular or cellular level using biochemical, biophysical or structural methods. Application Instructions To apply, visit https://apply.interfolio.com/171780 . To apply
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required patient information through interview and other methods to support goals of patient safety and registration integrity for all pre-registered encounters. Provides financial guidance and excellence in
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all required patient information through interview and other methods to support goals of patient safety and registration integrity for all pre-registered encounters. Provides financial guidance and
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; and analytic methods that support clinical, translational, operational, and population health decision-making. This position is intended to strengthen the Department's research portfolio in clinical
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plans over several months or longer. Educates patients on necessary instructions for tests, order of sequential and parallel appointments across the cancer continuum, including coordinating care across
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plans over several months or longer. Educates patients on necessary instructions for tests, order of sequential and parallel appointments across the cancer continuum, including coordinating care across
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, cell biology, or related areas. Experience with biochemical assay development, quantitative experimental methods, chromatography, and analysis and interpretation of scientific data. Demonstrated