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) to develop new imaging and metrological capabilities for studying nanoscale electronic properties. In particular, we are interested in combining time-resolved optical techniques with our microwave methods
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303.492.5291 Description Single molecule studies are revolutionizing biophysics. The Perkins group focuses on developing and applying high-precision single-molecule studies based on optical traps and atomic
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measurements of these systems. Theory and simulations are being done to develop this understanding. We are investigating the electronic and optical properties of quantum dots and wires, metallic and
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Consortium led to the development of the first NIST RMs in this class, with widely-used benchmark germline variant calls for seven human cell lines [1]. Artificial intelligence and machine learning hold
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problems, including ensuring the reliability of our nation’s infrastructure, development of methods for storage and transport of alternative fuels, and development of critical data on radiation’s effects
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Actinic Optical Dimensional Characterization of Deep-Subwavelength Nanostructures NIST only participates in the February and August reviews. This research opportunity centers on the development
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double-crystal diffraction instrument combined with a high-power, demountable x-ray source and a vacuum compatible hybrid pixel area detector. Decades of development of instrumentation for cutting edge x
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@nist.gov 301.975.4127 Description This research is centered on the development and application of analytical methods to the characterization of nanomaterials. Opportunities exist to study the composition
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been in development over the past 15+ years and their capabilities have grown significantly. An important effort within the LPBF community is the use of high-fidelity multiphysics models to predict melt
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interest for us. Potential project areas include the design and development of systems that allow for careful control and measurement of the temperature and pressure of the sample; the development of peak