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), superconducting films (magnetic penetration depth measurements), lipid bilayers, Langmuir-Blodgett films, metal hydride films, and electrochemical surfaces (in situ studies in active cells).
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[email protected] 843.460.9944 Description Omic based non-targeted measurement methods hold great promise for the advancement of precision and personalized medicine. By integrating proteomic, metabolomic and
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-insulator transitions. Advanced Fabrication: Designing and building test device structures with the requisite properties for identifying and understanding novel electronic phases. Goal and Impact: By
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film materials and metamaterials based on patterned arrays of material elements. Such patterning allows lithographic control of the permittivity, permeability, and conductivity of nanoscale materials and
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NIST only participates in the February and August reviews. In situ characterization of advanced ceramic sintering processes The past decade has seen the development of several novel methods
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cellular debris, non-EV vesicles, protein aggregates, viruses, etc., before the isolated EVs can be manufactured into high quality drug delivery vehicles and/or therapeutic agents. The most common method
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nanotechnology, material science, nano and quantum technologies. We look for candidates interested in in further developing NIST unique PTIR instrumentation (see description at: https://www.nist.gov/programs
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, provided that cryogenic-compatible memory elements can be developed that can be integrated with the superconducting logic circuits. The goal of this project is to develop nanoscale ferromagnetic devices
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plane arrays for use in CMB measurements. The sensor elements are superconducting transition-edge sensors that are read out by multiplexed SQUIDs. The research will involve the development of beam-forming
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methods for electronic-based manipulation and measurements of cells and their environment in well-controlled microsystems. This research opportunity focuses on the design, fabrication, and assessment of new