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include particle characterization (including protein aggregates) for biotherapeutics, and cell viability measurements for cell-based therapies and cell-based biomanfacturing. A key method is to perform
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are often destructive, insufficient in resolution and sensitivity, and are subject to bias inherent in the measurement process. New methods for quantitative, in situ characterization are essential for gaining
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resource constrained devices such as RFID tags, sensors, and medical devices are widely used to transmit sensitive data through wireless interfaces, which need to be protected using cryptographic methods
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to predict materials properties is essential to improve materials design methods. This research will focus on the development and integration of first principle calculations; atomistic simulations; and/or
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303.497.4740 Description We are investigating methods of creating new quantum states of light such as Schrodinger cat states, NOON states, and Fock states. These new states have a variety of applications
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) to develop new imaging and metrological capabilities for studying nanoscale electronic properties. In particular, we are interested in combining time-resolved optical techniques with our microwave methods
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end products of the microbiome (and its host/environment depending on the method). Metaproteomics is the attempt to characterize the proteome of a community of microorganisms using mass spectrometry
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NIST only participates in the February and August reviews. Community Resilience Metrics The Community Resilience Program (https://www.nist.gov/community-resilience) is developing science-based
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. These measurements would contribute to standardized test methods and, where needed, reference materials for the construction community. key words Rheology; dynamic mechanical analysis; viscoelasticity; construction
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fires and provide motivation for the application of similar technologies. We are interested in developing improved measurement methods of flow, temperature, heat transfer, gas species, and particulate