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Computational Mathematics Division opportunity location 50.77.11.C0256 Gaithersburg, MD NIST only participates in the February and August reviews. Advisers name email phone Paul Nathan Patrone paul.patrone
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loading behavior. The Kolsky Bar, also known as the Split Hopkinson Bar, is a common technique for studying the high strain rate behavior of materials. Novel improvements to this technique include the use
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process control applications in the nanomanufacturing and semiconductor industries. Our research focuses on the miniaturization of SPM sensing mechanisms (e.g., active cantilevers), high-speed MEMS scanning
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the existence of underlying physics. This project seeks to incorporate physical laws and domain knowledge into machine learning to improve performance with regards to small datasets, extrapolation and
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results. We are also pursuing advanced data analysis techniques and development of neutron instrumentation and sample environments in support of autonomous experimentation and high-throughput measurement
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world-class, unique controls and measurement capabilities, and flexibility to incorporate new research instrumentation and ideas. Further, our measurement facilities include X-ray computed tomography
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assays, and performing dynamic measures of infectivity over an assay time course. Measurement methods can involve microscopy, flow cytometry, and time-lapse imaging. Novel microscopy tools include high
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wavelength- and energy-dispersive X-ray methods to improve on current transition energy databases performing measurements with unparalleled precision. We use a custom, in-house constructed, high-resolution
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sophisticated potential energy functions and adequate sampling to reveal the associated, intricate molecular details. In addition to being centrally important, high-quality experimental data (free energy
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Division, where we develop instrumentation beyond the state of the art. Our research program offers a supportive, highly-multidisciplinary environment coupled with outstanding experimental resources