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include 1) characterizing novel nanomagnetic contrast agents on both the macroscopic scale using NIST NMR/MRI systems and on the nanoscale using scanned probe imaging systems, 2) combining low-field MRI
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microfluidic networks.Our goal is to develop systems that enable accurate, high-throughput, and dynamic measurement of materials in flow, which will, for example, improve the ability to specify composition and
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DeCost brian.decost@nist.gov 301.975.5160 Description Trustability and physical interpretability are critical requirements for the development of robust and sustainable machine learning systems needed
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culture-free, non-targeted identification and characterization of a mixed population of bacteria, viruses, archaea, etc. This is especially critical for identifying new (potential) pathogens such as the
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of the inflaton potential. Such experiments require even more precise measurement of the polarization of the microwave background with exquisite control of systematic errors. NIST is developing polarization
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Description The Communications Technology Laboratories (CTL) at NIST is looking for a research assistant to work developing mm-wave components from complex oxides. This project will involve dc to 110 GHz
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301.975.2282 Description In too many cases, the accuracy of measurements for nuclear forensics, nuclear medicine, high-energy physics, reactor engineering, and environmental monitoring is limited by the scant
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of aqueous chemical models, incorporated into computer codes, for both pure and applied research that include industrial chemistry, chemical engineering, water treatment, hydrometallurgy, toxicology, medical
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@nist.gov 301.975.3958 Description Scanning electron microscopy (SEM) is used for metrology of nanometer-scale features in semi-conductor electronics applications and for emerging nanotechnologies. SEM
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nanowire devices is that many physical phenomena do not scale from the macro to nano regimes. Our research primarily focuses on nanowires grown from wide-bandgap semiconductors especially the group III