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301.975.3507 Description The future health care vision would involve the merging of technological advancements in several threads computing, imaging, and information technology; health care practice; and health
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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
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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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Martin Yeungjoon Sohn [email protected] 301 975 3155 Description The project aims to develop computational imaging microscopy using a table-top high harmonic generation EUV source for quantitative
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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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over traditional thin-film devices include exceptional structural quality, high surface-to-volume ratio, bottom-up device engineering with high-density on-chip integration, and utilization of quantum
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at these harmonics. Currently, large-amplitude electrical test instrumentation is stuck below roughly 40 GHz, forcing manufacturers to design modern high-frequency electronics by trialand-error. To
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semiconductors, including diamond, make these materials among the most prospective for high-frequency power electronics, quantum computing, solar-blind radiation detectors, and bio-medical applications
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[email protected] 301.975.2595 Description Exploiting atom-based solid-state technology and nanotechnology for quantum technologies such as quantum computing, quantum simulators, quantum nano-optics, and
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high-precision characterization of novel devices and the materials that comprise them. Precision Transport: Utilizing low-temperature magneto-transport, the gold standard for identifying emergent