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Phinney karen.phinney@nist.gov 301.975.4457 Walter Brent Wilson walter.wilson@nist.gov 301.975.3438 Description A variety of dietary supplements are manufactured and marketed globally to promote human
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localization and tracking has a wide range of applications, including emergency response, E911, personal navigation in large public places (such as shopping malls and museums), asset tracking in warehouses
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of EVs typically involve the application of either ensemble or single particle counting methods such as nanoparticle tracking analysis, nanoflow cytometry, tunable resistive pulse sensing, etc. The lack
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and the biologics are poorly understood. This research opportunity centers on advancing experimental measurement methods to quantify the structure formed between poly(organophosphazene) polyelectrolytes
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' of the bioactive form of protein therapeutics, as well as detect variants, at atomic resolution. The research will focus on a variety of targets, including carbohydrates, recombinant proteins, glycoproteins, and
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of beam-forming elements (including lithographic antennas or silicon micromachined corrugated feedhorns), superconducting elements for coherent processing of the microwave signals before detection
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pool properties, material cooling rates, material grain structure, and the mechanical properties of bulk parts. These models attempt to resolve a variety of complex physics that occur during laser-metal
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are presently exploring a variety of readout techniques, involving tunable lasers, electro- and acousto-optic modulators, and frequency combs. This work involves a close collaboration between the Quantum
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using them to demonstrate new applications in quantum information science. We have used radio-frequency interferometry to achieve ultra-sensitive high-speed single-photon detection [Applied Physics
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thermophysical property data for the process gases. Our group maintains a wide variety of experimental apparatus for state-of-the-art property measurements. These include a two-sinker densimeter for reference