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Curt Andrew Richter curt.richter@nist.gov 301.975.2082 Description Our research team is performing foundational experimental research to develop an improved understanding of the physics of the quantum
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Laboratory with the Synchrotron Science Group and involve occasional travel to Gaithersburg, MD. The candidate would be responsible for planning and performing high-throughput XAS, XRF, and XRD measurements
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results are modeled using high-level quantum mechanical methods (DFT/MP2/MRCI) to characterize the nuclear motions associated with the observed THz features. New methods based on electro-optical dual
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impediments to meeting the desired manufacturing and performance standards. Digital twins (DT) are being adopted in the AM industry to optimize the entire manufacturing process and enable products with high
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and utilize equipment such as high- and low- field NMR/MRI systems and non-traditional systems such as single-sided magnets. In addition to this equipment, techniques such as finite-element modeling and
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is to measure to high accuracy the SI-traceable spectral energy distribution over the visible and near infrared wavelength range for a set of stars for use as flux standards for astronomy. In
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measurement techiques to study thin-film material systems such as dielectrics, ferroelectrics, multiferroics, electro-acoustics, and high-temperature superconductors. key words Broadband impedance measurements
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-photon emitting state (Kartik and Zheng, 2017), and high-temperature organic superconducting state (Little, 1964). Recent progress in controlled modification of SWCNTs using ordered DNA wrapping ( Zheng et
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@boulder.nist.gov 303.497.3882 Description Josephson junctions can be used in circuits that perform logic operations in picoseconds and may enable high-performance, energy-efficient, cryogenic computers, provided
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of new and existing structures, (4) applying the Fiber Reinforced Polymer (FRP) retrofit design to improve the performance of existing structures, (5) studying the feasibility of using high strength