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mechanistic investigations benefit from experimental and theoretical studies on model sample systems consisting of crystalline samples, ordered ultrathin films, or appropriately assembled biomolecules
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-conventional thinking in the field of electron microscopy is sought to build new measurement capabilities or microscopy instrumentation that can address the challenges associated with non-equilibrium materials
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, such as selective labeling and contrast variation. Our second goal is to improve the accuracy with which solution scattering data of proteins and oligonucleotides can be predicted from the atomic
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materials. This interdisciplinary work is appropriate to those with expertise in fields such as analytical separations, spectroscopy, materials science, (in)organic synthesis, and theoretical modeling. key
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responsible for the observed properties. The results obtained are then used to develop models that can be used to simulate systems with up to hundreds of thousands of atoms. Monte Carlo and molecular dynamics
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. Compressive sensing is a new approach where incomplete sampling under certain circumstances can be used to accurately recover the full data set--roughly translated into more information from less data
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NIST only participates in the February and August reviews. Accurate measurement of optical radiation is important for the optical communications, medical device, semiconductor lithography
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301.975.4579 Description The purpose of this research is to investigate material release from nanocomposites used in commerce, with a focus on nanocomposites commonly used in consumer products. The research
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NIST only participates in the February and August reviews. The need to reduce building energy consumption is well-established and has been the subject of research for many decades. More recent
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to study nanoscale electronic devices. Scanning probe and/or optics experience is preferred. key words Microwave; Nanoscale; Scanning probe microscopy; Near-field optics; Eligibility citizenship Open to U.S