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states have a variety of applications, including linear optical quantum computing, quantum metrology (e.g., Heisenberg limited interferometry), and fundamental physics (loop-hole free Bell measurements
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characterization of nanoscale structures that contributes to reliable manufacturing of the next generation computing devices. Computational imaging methods such as coherent diffractive imaging, Fourier
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on near-term quantum computing devices. Research will be conducted in cooperation with the Joint Center for Quantum Information and Computer Science (QuICS) at the University of Maryland. Keywords
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and Computing Office opportunity location 50.60.02.C0708 Gaithersburg, MD 20899 NIST only participates in the February and August reviews. Advisers name email phone June W Lau [email protected]
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. Candidates interested in the magnetic memory aspects of this project should contact Bill Rippard. Keywords Superconductors; Memory; Computing; Cryogenic; Logic; Ferromagnet; Josephson junction
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transformative potential in applications ranging from memory, batteries, catalysts, flexible devices, alternate computing paradigms, and quantum phenomena. In order to take advantage of the promising
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Situ visualization; Real-time multi-variate volume rendering; Mixed reality; 3D User Interfaces; Spatial Computing; Collaborative visualization Eligibility citizenship Open to U.S. citizens level Open
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infrastructure (e.g., synthesis and characterization equipment, robotics), cyberinfrastructure (e.g., databases, high-performance computing, collaboration tools), and humans (e.g., scientists, engineers, students
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microelectronics and quantum computing applications. We are currently focused on semiconductors, quantum materials, magnetic materials, superconductors and 2D materials. We are also interested in high
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sufficient qubit coherence remains a primary obstacle to achieving fault-tolerant quantum computing at a meaningful scale.1 We are examining a variety of constituent materials in superconducting quantum