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simultaneous measurements on individual particles making use of lab-on-a-chip technology. Techniques include microsecond flash photography (including fluorescence), image analysis, and electrical signals
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operating frequencies above 100 GHz are used in a wide variety of applications—examples include radio astronomy, climate monitoring, mm-wave imaging, and high-speed wireless data relays. The main method
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on characterizing such novel magnetic behavior and understanding the origin of the new phenomena, so that the relationship between structure, processing, and properties can be established. Such a relationship is
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NIST only participates in the February and August reviews. The Alternative Computing Group at NIST has an ongoing program developing new metrologies to support emerging information processing
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three-dimensional structure within a biofilm would provide information and insight into biofilm behaviors. This research opportunity involves using advanced imaging techniques coupled with quantitative
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signals design and processing, and mutlitmodal sensing. The project welcomes expertise in robotics, serial communication protocols and microprocessors, signal processing, and finite element modeling, and
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, computer scientists, data scientists, and data engineers to define and implement community standards for knowledge representation and interchange. The successful applicant will conduct novel research in
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diffraction, x-ray absorption spectroscopy for the quantification of chemical short range order, and automated microstructural image analysis. The simulation approaches of interest include machine learning
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of atomically precise patterning to deterministically place dopant atoms in a Si lattice to make prototype atom-based solid state devices and qubits, measurement of the properties of individual atomically precise
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laboratory is equipped with both a conventional atom probe tomograph as well as a prototype EUV-modified atom probe tool. Furthmore, our collaborative laboratory structure provides critical in-house support