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and calibration, radiation-hardness testing, personnel protection, radiation modification of materials, waste treatment, and high-energy computed tomography. These accelerator facilities afford
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has an active effort in the development of electron microscopy methods for high spatial resolution materials characterization and has recently upgraded its aberration-corrected STEM with a high-speed
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. These efforts will facilitate high throughput imaging to attack pressing metrological needs in the biological and medical community. This interdisciplinary research opportunity involves theoretical
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, physical, optical, and thermal properties of WBG semiconductors, including diamond, make these materials among the most prospective for high-frequency power electronics, quantum computing, solar-blind
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elements with sub-wavelength periodicity (“high-contrast gratings”) as optomechanical elements. Such structures enable a rich variety of devices, including mirrors, polarizers, and filters in a configuration
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applications (semiconductor industry, micro- and nano- electromechanical devices, etc.). Such advancement requires seamless integration of high-speed measurements onto basic AFM modes and realistic modeling
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for both practical and fundamental physical measurements. One area of interest is optomechanical sensing, where high displacement sensitivity and optomechanical interactions can be leveraged for physical
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details. In addition to being centrally important, high-quality experimental data (free energy of solvation, redox potentials, pKa, spectroscopic observables, enzyme kinetics, etc) for these processes
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.). This processing system can also be expanded to assist reviewers in their assessment of scientific manuscripts, which is in extremely high demand now. Thermodynamics Research Center (TRC) at NIST collects, stores
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diagnosis and treatment and furthering the understanding of disease etiology. The advent of high-resolution mass spectrometers and advanced data analysis tools has aided the growth of the field by