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transport models for the simulation of nanoscale electronic devices, improving the standard effective-mass approximation by incorporating non-parabolicity effects directly into the Schrödinger equation
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measurements that can inform the model development. Work with Research Associate 1 to apply the newly developed model directly to the data and use it to measure hidden model parameters. Support Research
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monitoring, earthquake physics, ground-motion modelling, site response, exposure and vulnerability, and probabilistic seismic hazard and risk assessment, working to strengthen Singapore’s national capabilities
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of biosafety, regulatory compliance, experimental quality, and ethical standards relevant to infection research. Experience with BSL-3/ABSL-3 operations, infection challenge models, therapeutic testing, vaccine
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community of atmospheric chemists at MIT. The work will focus on interpretation of AGAGE observations of non-CO2 greenhouse and ozone-depleting gases (e.g., N2 O, CFCs, HFCs) using models, measurements and
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neutrino mass ordering, measure the CP-violating phase, and perform high-precision measurements of the neutrino oscillation parameters to probe the existence of physics beyond the Standard Model The 17-kton
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, TESS, and PLATO observations Measure how the strength and frequency of planet-induced flaring change as systems age Develop a forward model of the magnetic feedback loop between planet and star
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standard processing software. Analytical and modelling skills with R or Python; experience building automated, reproducible data pipelines. Excellent scientific communication and interpersonal skills
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. Benefits eligibility is subject to employment status, full-time equivalent (FTE) workload, and weekly standard hours. Please visit our website at https://hr.wustl.edu/benefits/ to view a summary of benefits
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physics or other large-scale scientific/detector data. Experience with neuroimaging data and standard preprocessing tools. Familiarity with foundation models, transfer learning, self-supervised learning