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, numerical optimization, numerical partial differential equations, and parallel computing. The Researcher will join a project developing parallel high-order meshing algorithms from medical images and parallel
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directors can assist in this process. We have 3 open positions, each of which can be supported for up to 3 years, depending on funding and department needs. The anticipated start date is 18 August 2025 (but
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combination of field and laboratory experiments to identify the processes generating fitness variation among individuals and quantitatively estimate how that variation results in allele frequency change
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KU Innovation Park. Office space adjacent to the laboratory and a desktop computer will be provided. Job Description 70% - Design and execute in vitro and in vivo experiments (e.g
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physics data analysis, and potentially including machine learning training and/or development, detector design, upgrade work, service work, development and operation, event simulation, potentially other CMS
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mentor prior to applying (see links above), and the program directors can assist in this process. We have 3 open positions, each of which can be supported for up to 3 years, depending on funding and
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, develop algorithms and software, apply them to biological molecular systems, and perform computer-aided drug and protein design. 10% - Present updates on ongoing research, written reports on research
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genomic basis of fitness variation in the model species Drosophila melanogaster. We will use a combination of field and laboratory experiments to identify the processes generating fitness variation among
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, detector construction, detector operation, data-taking support, detector calibration and alignment, detector modeling, detector simulation, physics event simulation, event reconstruction, data analysis
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Shankel Structural Biology Center and the Mass Spectrometry & Analytical Proteomics Laboratory. Office space adjacent to the laboratory and a desktop computer will be provided. Job Description Work directly