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jurisdictions utilizing land use-value assessment estimates. Duties include, but are not limited to: development of computational methods, maintenance of current models and data sets, identifying and testing
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models to investigate the biological roles of MVs in S. aureus pathogenesis and to assess the efficiency of vaccine candidate against S. aureus infections. In addition to the research role, the candidate
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candidate will play a key role in developing and advancing new models and simulations for Computational Fluid Dynamics (CFD) hypersonic codes. Specific tasks include developing new turbulence and transition
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experience in standard mineral processing techniques, including crushing, grinding, screening, flotation, filtration, and others. • Demonstrated expertise in thermodynamic modeling of rare earth phase behavior
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CRISPRai and optogenetic control systems and developing predictive metabolic models for the oleaginous yeast Yarrowia lipolytica. This position offers a unique opportunity to conduct cutting-edge research
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whose research and teaching interests focus on quantitative empirical modeling. Overtime Status Exempt: Not eligible for overtime Review Date 07/15/2025 and to continue until filled. Additional
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work with colleagues from Virginia Tech and other collaborating universities to run, analyze, and model human evacuation experiments. Data will include motion capture and psychophysiology data to explore
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and optimization of measurement-based quantum computing protocols for quantum simulation of quantum many-body models. Preference will be given to candidates familiar with the stabilizer formalism and
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within the past four years with at least one year of eligibility remaining - Experience with conducting analytical research in aeroacoustics Preferred Qualifications - Expertise with the modeling
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microenvironment. The project will employ genetically engineered mouse and human glioma models, along with advanced imaging techniques, single-cell and spatial transcriptomics, and molecular biology approaches