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, 2025. Two or more years of research experience in the following areas * Drug development. * Pharmacokinetics and Pharmacodynamics. * Protein structure analysis. Preferred Qualifications: Two or more
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and purification, molecular biology and vector construction, metabolic and/or proteomic characterization and analysis, synthetic chemistry, and/or generation and analysis of mouse knockouts. Excellent
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minimum of one year eligibility remaining. • Strong background in computational modeling, AI-assisted modeling, microbial testing, or paper chemistry and structural evaluation. • Experience with fiber-based
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to numerical methods for kinetic equations. Mathematical topics of interest include high-dimensional approximation, closure models, machine learning models, hybrid methods, structure preserving methods, and
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characterization of molecules and chemical reactions as well as development of structure-to-property rules and nonadiabatic dynamics for electrocyclization reactions. The ideal postdoctoral candidate will have
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construction of the next phase of the Project 8 experiment, with a focus on signal acquisition systems using resonant cavities for a large tritium detector; simulations and analysis of Project 8 detector signals
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efficiency and reduce environmental impact. Apply insights from mineral characterization to understand structure-reactivity relationships and guide process optimization. Contribute to data interpretation
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of Professor Douglas Wolfe (Materials Science & Engineering). Job Duties: Design, develop, and conduct manufacturing experiments for a wide range of materials comprised of CsPbB3, nanocomosite structures
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. Virginia Tech researchers have developed a CLT structural analysis methodologies, predicted strength properties for new species and configurations, in addition to investigating the use of hardwood in CLT
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in the lab. · Computational biology: Perform bioinformatic analyses, including RNAseq analysis, genome sequence alignment, phylogenetic tree creation, and protein structure prediction