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301.975.3716 Description In support of the development of future electronic systems, research focuses in areas that relate to measurements and physics on the nanometer scale based on scanning tunneling
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dopants or atom-clusters, and development of low temperature high frequency control of single and multiple qubits based on single elctron spin manipulation. This project is developing the fabrication and
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, commercial qNMR standards have only appeared in the last few years. We seek proposals related to the development of high-accuracy methods or standard reference materials for the analysis of gas-phase mixtures
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large proteins. Cultures with poor transfection efficiency do not generate enough signal for STD-NMR spectroscopy and this has hindered method development. We seek proposals aimed at determining
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during indentation can only be observed in their entirety and analyzed in depth under in situ conditions. For that purpose, Raman spectroscopy-enhanced indentation technique (RS-IT) is being developed
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focuses on developing and applying label-free optical imaging technologies to visualize structures and molecular compositions of organelles in cells and to map heterogeneities in tissues to enable
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the use of laser pumping and silicon micromaching. This proejct develops compact magentic sensors than combine high sensitivity and accuracy with vector field readout and manufacturability. We design novel
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. To facilitate recycling, there is a critical need to develop and refine advanced separation methodologies for common fiber blends, such as cotton, polyester, and elastane. Developing methodologies to recover and
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Engineering Laboratory is strived to develop next generation prediction approaches to achieve real-time, numerically efficient, accurate predictions in real fire situations. The candidate will develop novel
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NIST only participates in the February and August reviews. The research objective for Community Resilience is to develop science-based tools to assess resilience and support informed planning and