肖芽

Faculty

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肖芽

职称: 副教授 学院: 物理与光电工程学院 电子邮箱: xiaoya@ouc.edu.cn 办公室: 信息北楼A217
  • 基本信息
  • 项目
  • 获奖
  • 论文
  • 课程
  • 教材或专著
  • 专利
  • Research Fields
  • Achievement
  • Social Appointments
  • Teaching Experience
  • Honor Title
  • Additional Information
  • 基本信息
    姓名: 肖芽 出生年月: 1993-11-16 最高学位:博士 入职海大时间: 2018.08
    主要研究方向:量子光学、量子信息 专业技术职务: 导师类别:硕导
    年均课时数:192 是否第一学科:是
    国内外重要学术组织任职:CCF量子计算专委会执行委员,山东省物理学会量子专委会副秘书长
    获得人才称号名称及获得年份:2018.08-2023.08 中国海洋大学英才三
    其他情况简介: 2018年07月毕业于中国科学技术大学,获博士学位。同年因学术成就突出被中国海洋大学以“青年英才”破格录用,现为中国海洋大学物理与光电工程学院副教授,硕士生导师。在物理学 (0702)/光学(070207)硕士点招收硕士研究生;主要从事基于参量光纠缠系统的量子信息基础问题及精密测量的理论和实验研究,擅长大型复杂量子光学系统的设计和搭建,熟练掌握光子纠缠制备、弱测量、轨道角动量操控等实验技术。主持国家级科研项目3项、省部级项目3项、市级项目1项、校级项目2项。以第一作者或通信作者身份在Science Advances、Physical Review Letters、Optica等国际物理学顶级期刊上发表了数十篇学术论文。学术兼职:担任PRL,PR Research,PRA、Photonic Res.、OE、Sci. Rep.、Adv. Quantum Technol.等期刊的审稿人。指导学生情况:指导的研究生荣获“研究生国家奖学金”、“学术创新奖学金”及“优秀毕业研究生”称号;同时指导本科生参加竞赛获国家级一等奖和特等奖,并以第一作者身份发表SCI论文、申请专利。招生要求:报考生源需对量子信息感兴趣且具备量子力学和光学方面的基础知识。教学方面:目前主要承担量子光学、光学、大学物理与大学物理实验等课程的教学工作。
    2018.08—至今 中国海洋大学 信息科学与工程学部 副教授
  • 项目
    • 1. 国家自然科学基金, 面上项目, 2027-01 ~ 2030-12, 主持人
    • 2. 山东省自然科学基金, 量子科学联合基金培育项目, 2026-07 ~ 2029-06, 主持人
    • 3. 山东省自然科学基金, 量子科学联合基金重点支持项目, 2025-05 ~ 2028-04, 主持人
    • 4. 科学技术部, 国家重点研发计划“战略性科技创新合作” 项目, 2026-01 ~ 2028-12, 海大主持人
    • 5. 国家自然科学基金, 青年基金, 2021-01 ~ 2023-12, 主持人
    • 6. 国家自然科学基金, 区域联合基金, 2020-01 ~ 2023-12, 海大主持人
    • 7. 山东省自然科学基金, 重大基础研究项目, 2022-01 ~ 2024-12, 参与人
    • 8. 中国博士后科学基金, 面上项目, 2019-11 ~ 2021-11, 主持人
    • 9. 青岛市博士后科学基金, 博士后研究人员应用研究项目, 2019-09 ~ 2021-11, 主持人
    • 10. 教育部, 产学合作协同育人项目, 2021-12 ~ 2022-12, 主持人
    • 11. 中央高校专项, 中国海洋大学 国家优秀青年科学基金培育计划, 2020-01 ~ 2022-12, 主持人
    • 12. 中国海洋大学 “青年英才工程”, 第三层次, 2018-08 ~ 2023-08, 主持人
  • 获奖
  • 论文
    • 1. Experimental certification of the nonlocal advantage of quantum imaginarity, Physical Review A, 2026-09-16, SCI,
    • 2. Robust device-independent characterization of sharpness and incompatibility of unsharp instruments, Physical Review A, 2026-08-06, SCI,
    • 3. Observation of collective Einstein-Podolsky-Rosen steering in three-qubit systems, Physical Review A, 2025-03-12, SCI,
    • 4. Observation of single-photon azimuthal backflow with weak measurement, Optics Letters, 2025-01-02, SCI,
    • 5. Revealing the propagation dynamic of a Laguerre-Gaussian beam with two Bohm-like theories, Applied Optics, 2024-09-19, SCI,
    • 6. Sharing asymmetric Einstein–Podolsky–Rosen steering with projective measurements, New Journal of Physics, 2024-08-14, SCI,
    • 7. Activation of quantum steering sharing with unsharp nonlocal product measurements, Scientific Reports, 2024-05-20, SCI,
    • 8. Experimental sharing of Bell nonlocality with projective measurements, New Journal of Physics, 2024-05-17, SCI,
    • 9. Entanglement quantification via weak measurements assisted by deep learning, Photonics Research, 2024-03-21, SCI,
    • 10. Experimental recognition of vortex beams in oceanic turbulence combining the Gerchberg–Saxton algorithm and convolutional neural network, Applied Optics, 2024-01-22, SCI,
    • 11. Demonstration of universal contextuality through communication games free of both operational inequivalence and compatibility loopholes, Optics Express, 2023-12-04, SCI,
    • 12. Reliable experimental manipulation of quantum steering direction, Optics Express, 2023-04-19, SCI,
    • 13. Dynamics of multipartite quantum steering for different types of decoherence channels, Scientific Reports, 2023-03-07, SCI,
    • 14. Protecting nonlocal quantum correlations in correlated squeezed generalized amplitude damping channel, Scientific Reports, 2022-11-28, SCI,
    • 15. Manipulating the quantum steering direction with sequential unsharp measurements, Physical Review A, 2022-10-13, SCI,
    • 16. Investigation of the influence of measurement imperfections on quantum communication complexity superiority for the Clauser-Horne-Shimony-Holt game, Optics Express, 2022-07-15, SCI,
    • 17. Weak-measurement method for surface-roughness estimation, Physical Review A , 2022-06-10, SCI,
    • 18. Accurately quantifying the superposition state of two different Laguerre-Gaussian modes with single intensity distribution measurement, Quantum Information Processing, 2022-02-18, SCI,
    • 19. Sharing quantum steering among multiple Alices and Bobs via a two-qubit Werner state, Quantum Information Processing, 2021-08-10, SCI,
    • 20. Widening the sharpness modulation region of an entanglement-assisted sequential quantum random access code: Theory, experiment, and application, Physical Review Research , 2021-04-15, SCI,
    • 21. Observing momentum disturbance in double-slit “which-way” measurements, Science Advances, 2019-06-14, SCI,
    • 22. Experimental test of quantum correlations from Platonic graphs, Optica, 2018-05-29, SCI,
    • 23. Experimental observation of quantum state-independent contextuality under no-signaling conditions, Optics Express, 2018-01-02, SCI,
    • 24. Experimental nonlocal steering of Bohmian trajectories, Optics Express, 2017-06-16, SCI,
    • 25. Demonstration of Multisetting one-way Einstein-Podolsky-Rosen steering in two-qubit systems, Physical Review Letters , 2017-04-05, SCI,
  • 课程
    • 1. 量子光学, 专业选修课, 3学分, 48学时
    • 2. 光学, 专业核心课, 4.5学分, 80学时
    • 3. 大学物理I3, 公共基础课, 4学分, 64学时
    • 4. 大学物理III2, 公共基础课, 3学分, 48学时
    • 5. 大学物理实验1, 公共基础课, 1.5学分, 48学时
    • 6. 大学物理实验2, 公共基础课, 1.5学分, 48学时
  • 教材或专著
  • 专利
    • 1. 一种基于自适应差分弱值测量技术的光纤水听器, 2026-01-06, 国家发明专利, 第一发明人
    • 2. 一种纯度可调的高亮度单向量子导引态的制备方法及应用, 2022-04-19, 国家发明专利, 第一发明人
    • 3. 基于弱测量理论的超高精度光学元件表面轮廓仪, 2022-05-24, 国家发明专利, 第二发明人
  • 成果转化与社会服务
  • Research Fields
  • Achievement
    • 1. 国家自然科学基金, 面上项目, 2027-01 ~ 2030-12, 主持人
    • 2. 山东省自然科学基金, 量子科学联合基金培育项目, 2026-07 ~ 2029-06, 主持人
    • 3. 山东省自然科学基金, 量子科学联合基金重点支持项目, 2025-05 ~ 2028-04, 主持人
    • 4. 科学技术部, 国家重点研发计划“战略性科技创新合作” 项目, 2026-01 ~ 2028-12, 海大主持人
    • 5. 国家自然科学基金, 青年基金, 2021-01 ~ 2023-12, 主持人
    • 6. 国家自然科学基金, 区域联合基金, 2020-01 ~ 2023-12, 海大主持人
    • 7. 山东省自然科学基金, 重大基础研究项目, 2022-01 ~ 2024-12, 参与人
    • 8. 中国博士后科学基金, 面上项目, 2019-11 ~ 2021-11, 主持人
    • 9. 青岛市博士后科学基金, 博士后研究人员应用研究项目, 2019-09 ~ 2021-11, 主持人
    • 10. 教育部, 产学合作协同育人项目, 2021-12 ~ 2022-12, 主持人
    • 11. 中央高校专项, 中国海洋大学 国家优秀青年科学基金培育计划, 2020-01 ~ 2022-12, 主持人
    • 12. 中国海洋大学 “青年英才工程”, 第三层次, 2018-08 ~ 2023-08, 主持人
  • Social Appointments
  • Teaching Experience
    • 1. Experimental certification of the nonlocal advantage of quantum imaginarity, Physical Review A, 2026-09-16, SCI,
    • 2. Robust device-independent characterization of sharpness and incompatibility of unsharp instruments, Physical Review A, 2026-08-06, SCI,
    • 3. Observation of collective Einstein-Podolsky-Rosen steering in three-qubit systems, Physical Review A, 2025-03-12, SCI,
    • 4. Observation of single-photon azimuthal backflow with weak measurement, Optics Letters, 2025-01-02, SCI,
    • 5. Revealing the propagation dynamic of a Laguerre-Gaussian beam with two Bohm-like theories, Applied Optics, 2024-09-19, SCI,
    • 6. Sharing asymmetric Einstein–Podolsky–Rosen steering with projective measurements, New Journal of Physics, 2024-08-14, SCI,
    • 7. Activation of quantum steering sharing with unsharp nonlocal product measurements, Scientific Reports, 2024-05-20, SCI,
    • 8. Experimental sharing of Bell nonlocality with projective measurements, New Journal of Physics, 2024-05-17, SCI,
    • 9. Entanglement quantification via weak measurements assisted by deep learning, Photonics Research, 2024-03-21, SCI,
    • 10. Experimental recognition of vortex beams in oceanic turbulence combining the Gerchberg–Saxton algorithm and convolutional neural network, Applied Optics, 2024-01-22, SCI,
    • 11. Demonstration of universal contextuality through communication games free of both operational inequivalence and compatibility loopholes, Optics Express, 2023-12-04, SCI,
    • 12. Reliable experimental manipulation of quantum steering direction, Optics Express, 2023-04-19, SCI,
    • 13. Dynamics of multipartite quantum steering for different types of decoherence channels, Scientific Reports, 2023-03-07, SCI,
    • 14. Protecting nonlocal quantum correlations in correlated squeezed generalized amplitude damping channel, Scientific Reports, 2022-11-28, SCI,
    • 15. Manipulating the quantum steering direction with sequential unsharp measurements, Physical Review A, 2022-10-13, SCI,
    • 16. Investigation of the influence of measurement imperfections on quantum communication complexity superiority for the Clauser-Horne-Shimony-Holt game, Optics Express, 2022-07-15, SCI,
    • 17. Weak-measurement method for surface-roughness estimation, Physical Review A , 2022-06-10, SCI,
    • 18. Accurately quantifying the superposition state of two different Laguerre-Gaussian modes with single intensity distribution measurement, Quantum Information Processing, 2022-02-18, SCI,
    • 19. Sharing quantum steering among multiple Alices and Bobs via a two-qubit Werner state, Quantum Information Processing, 2021-08-10, SCI,
    • 20. Widening the sharpness modulation region of an entanglement-assisted sequential quantum random access code: Theory, experiment, and application, Physical Review Research , 2021-04-15, SCI,
    • 21. Observing momentum disturbance in double-slit “which-way” measurements, Science Advances, 2019-06-14, SCI,
    • 22. Experimental test of quantum correlations from Platonic graphs, Optica, 2018-05-29, SCI,
    • 23. Experimental observation of quantum state-independent contextuality under no-signaling conditions, Optics Express, 2018-01-02, SCI,
    • 24. Experimental nonlocal steering of Bohmian trajectories, Optics Express, 2017-06-16, SCI,
    • 25. Demonstration of Multisetting one-way Einstein-Podolsky-Rosen steering in two-qubit systems, Physical Review Letters , 2017-04-05, SCI,
  • Honor Title
    • 1. 量子光学, 专业选修课, 3学分, 48学时
    • 2. 光学, 专业核心课, 4.5学分, 80学时
    • 3. 大学物理I3, 公共基础课, 4学分, 64学时
    • 4. 大学物理III2, 公共基础课, 3学分, 48学时
    • 5. 大学物理实验1, 公共基础课, 1.5学分, 48学时
    • 6. 大学物理实验2, 公共基础课, 1.5学分, 48学时
  • Additional Information