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manipulation of photons on the nanoscale with these systems are being explored. The many-body physics of arrays of structures is being studied. Exotic spin physics that arises in atomic scale solid state
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electronic or magnetic properties, and metal organic frameworks materials for gas sorption and separation applications. From the crystal structure study, we can understand the fundamental physics and
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quantum solid state materials. References: Liang, et al., 2025. Real-time experiment-theory closed-loop interaction for autonomous materials science. Science Advances, 11(27), p.eadu7426. Kusne, et
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August reviews. Advisers name email phone Andrew J. Allen [email protected] 301.975.5982 Description Control of microstructure, internal dynamics, materials physics and chemistry is of primary
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design to help develop this magnetic scanning microscope to quantitatively measure temperature throughout the volume of solid state, chemical, or biological samples. A qualified candidate would
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exotic states. We develop specialized measurement capabilities to determine the fundamental properties of solid-state systems through a rigorous experimental suite: Cryogenic Measurements: Performing
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Development: Demonstration of In-Situ Failure Mode Diagnostic Capabilities for Integrated Circuit Reliability Analyses. ECS Journal of Solid State Science and Technology 4(1) SI: N3113-N3117, 2015 Okoro CA
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part of a research recommendation engine to guide researchers in the lab. The algorithms integrate machine learning, solid state physics, on-the-fly physical experiments, on-the-fly simulations
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materials design from the function-structure relationship standpoint, as applied to metal alloys, carbon-based composites, and solid-state-biomolecule hybrid structures. Our data-driven development uses
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theory (DFT) calculations to significantly improve the state-of-the-art theoretical understanding of electrostatic environments in liquid-phase, at solid-liquid interfaces, and in nanoscale confinement