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, navigation, and timing (PNT) technologies. Our goal is to develop end-to-end capabilities in this area, including system-level design and modeling, cleanroom fabrication, and optical characterization
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knowledge from these project areas within a centralized testbed environment to develop improved biopharmaceutical manufacturing processes, advanced monitoring and control tools and strategies, and
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applications. The core of this program involves the fabrication of test device structures and heterostructures from atomically engineered materials that host these exotic states. We develop specialized
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current limitations on material validation, which are linked to limitations on post-process nondestructive evaluation (NDE) with conventional methods. This project seeks to develop innovative methods
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exciting area of materials technology and economic impact. This opportunity seeks to develop measures of macromolecular shape, size, and miscibility in filled polymer and polymer blends, protein and polymer
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theorem prover and automated property checkers like Z3), we will aim to develop methodologies for systematically identifying, specifying, and verifying weaknesses and vulnerabilities in software systems
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techniques to study magnetic properties of strongly fluctuating spin systems that order at greatly reduced temperatures or completely fail to develop static order despite strong interactions. The systems
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and other wavelength selective contrasts. NIST seeks to further develop the technique of neutron imaging through improving image acquisition analysis; employing novel neutron optical methods; studying
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301.975.4663 Description We measure neutron beam intensities for thermal and cold neutron beams, and develop methods to advance the accuracy of these measurements toward a goal of ±0.1 % for neutron beam
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3180 Description Bio-inspired and neuromorphic computing takes inspiration from the brain to find new ways to address computational problems. This project aims to develop hardware based neuromorphic