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Benchmarking Quantum Simulators has been published in Physical Review Letters
Daniel’s work on a new way to efficiently benchmark analog quantum simulators has been published in Physical Review Letters. Congrats!
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Landau-Forbidden Quantum Criticality work published in Physical Review Letters
Our work on probing a Landau-Forbidden Quantum Criticality using Rydberg Quantum Simulators has been published in Physical Review Letters. This work was done in collaboration with Vldan’s group in AMO as well as Max Metlitski in CMT at MIT.
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Measuring Arbitrary Physical Properties in Analog Quantum Simulator has been published in Physical Review X
Quantum simulators—carefully engineered and programmable quantum systems—provide an exciting avenue to explore the laws of nature and to realize complex physical phenomena. However, current quantum simulators still lack the sophisticated controls needed to interrogate a prepared state in depth, limiting the information that can be extracted by measurements. Here, we propose a novel measurement protocol…
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Our collaborative project on a superconducting quantum simulator is published in Science
In this collaborative project with Painter group at Caltech, we studied how to benchmark and utilize a new quantum hardware based on superconducting qubits coupled to a metamaterial waveguide. We demonstrated distinct characteristics of ergodic versus integrable quantum dynamics.
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Collaborative Project with Endres Group published in Nature
Our joint theory-experimental paper on the preparation of universal random quantum states and its application for benchmarking analog quantum devices has bee published in Nature. Congratulations!
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Website created!
Hello world! This website is created today!
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Soonwon talked in the Deborah Jin DAMOP Thesis Award session as a finalist
Soonwon was invited to speak as one of four finalists in the Deborah Thesis Award session at DAMOP 2020. During the prize session, four finalists, Matthew Jaffe (UC Berkeley), Soonwon Choi (Harvard), Nathan Schine (U Chicago), and Christie Chiu (Harvard), competed one another by presenting their thesis works from respective Ph.D. institutions. Soonwon presented his…
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Phys.Org covers Quantum Convolutional Neural Networks
Our work on quantum convolutional neural networks, jointly done together with Iris Cong and Misha Lukin, has been covered in a Phys.Org article. Please follow this link to read the full article including an email interview with Soonwon.
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Phys.Org covers Discrete Time Crystals in Black Diamond
Phys.org covered our work on the observation of discrete time-crystalline order in black diamond!
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Cover article of Nature and News & Views coverage: Discrete time crystals in diamond
Our work on the observation of discrete time-crystalline order in black diamond experiments made the cover of Nature. This work reports the first experimental observation of time-crytalline order together with a concurrent work done in Monroe’s group at the University of Maryland. In contrast to the fully controllabe small-size quantum simulator used by Monroe’s group, we utilized an…
