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sequencing methods [1]. In addition, these cell lines have been used as a well-characterized background DNA in over 50 commercial products. These cell lines, as well as induced pluripotent stem cell lines from
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measure structural changes as the agents go from their biologically active to their biologically inactive forms. As analytical methods become available, studies of the physical and chemical processes
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extensive internal and external collaborations, providing access to a full range of state-of-the-art materials characterization and computational modeling capabilities. The results will have broad
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are developing microfluidics to measure material properties and structure. Protein, polymer and surfactant solutions and suspensions and emulsions are being characterized using computer-controlled microfluidic
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for chemistry, physics and molecular biology. This project takes advantage of how we can combine optical microscopy, single photon counting, and laser fluorescence methods to probe/measure the folding of single
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but inaccurate, leading to overconfidence in position data.This fundamental issue is becoming more important as localization microscopy matures, requiring not only novel methods but also reliable
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, high sensitivity methods for far-infrared detection, and wide bandwidth UV-IR devices for absolute calibration of incident photon flux. A qualified candidate would already have expertise in at least
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jared.wahlstrand@nist.gov 301 975 2547 Description Dynamics in semiconductor and other materials are studied using optical and THz pump-probe methods. Rapid changes in optical properties of materials are measured
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angela.hightwalker@nist.gov 301.975.2155 Description Dynamics in semiconductor materials will be studied using optical pump-probe methods. Rapid changes in optical properties of materials are measured using
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that emit charged particles upon neutron capture. Research topics include method development, focusing on improved specificity, accuracy, sensitivity, and spatial resolution through detailed studies