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JILA and Department of Physics, University of Colorado Boulder
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Experience
Jul 2020 - present Graduate research assistant, The Sun Group, JILA
Jul 2018 - Sep 2018 Summer research intern, Ultracold Quantum Gas and Quantum Optics Lab, Purdue University
May 2017 - Jun 2019 Research assistant, Institute of Quantum Electronics, Peking University
Jul 2018 - Sep 2018 Summer research intern, Ultracold Quantum Gas and Quantum Optics Lab, Purdue University
May 2017 - Jun 2019 Research assistant, Institute of Quantum Electronics, Peking University
Education
Ph.D. candidate in Physics, University of Colorado Boulder, 2019-present
B.S. in Electrical Engineering, Peking University, 2019
B.S. in Electrical Engineering, Peking University, 2019
News
09/30/2025 Our new paper in collaboration with NIST Quantum Nanophotonics group is now on arXiv! In this work, we perform resonance fluorescence spectroscopy in a novel double dressing regime, where a two-level quantum emitter is strongly driven by both an optical field and an acoustic field. We also explore optimal conditions for laser cooling of an emitter-optomechanical system.
02/02/2023 Our new paper has been accepted to Quantum! In this work, we quantitatively analyze and compare the performance of different quantum repeater protocols based on photonic graph states, enabled by different generation schemes. We identify the optimal generation scheme at different experimental parameters, and lay out the requirements for experimental implementations.
03/01/2021 Our work on photonic cluster state generation is on JILA highlights.
02/23/2021 I am honored to be selected for the fourth cohort of NSF Quantum Information Science and Engineering Network (QISE-NET) program.
11/24/2020 Our paper on deterministic generation of photonic cluster states was published in Physical Review Letters! We propose a new scheme to generate photonic tree states and repeater graph states with a single quantum emitter coupled to delayed feedback.
02/02/2023 Our new paper has been accepted to Quantum! In this work, we quantitatively analyze and compare the performance of different quantum repeater protocols based on photonic graph states, enabled by different generation schemes. We identify the optimal generation scheme at different experimental parameters, and lay out the requirements for experimental implementations.
03/01/2021 Our work on photonic cluster state generation is on JILA highlights.
02/23/2021 I am honored to be selected for the fourth cohort of NSF Quantum Information Science and Engineering Network (QISE-NET) program.
11/24/2020 Our paper on deterministic generation of photonic cluster states was published in Physical Review Letters! We propose a new scheme to generate photonic tree states and repeater graph states with a single quantum emitter coupled to delayed feedback.
