高健硕
北京大学物理学院本科生
关于我
我是北京大学物理学院 2023 级本科生,研究兴趣集中在冷原子量子平台与容错量子计算。目前参与魔法态制备、量子纠错和中性原子量子计算研究,希望在研究生阶段继续探索理论方案与实验平台的结合。
教育经历
- 本科,物理学,2023–2027,预计 2027 年 7 月毕业 - 北京大学物理学院
- 高中,2023 年毕业 - 河南省安阳市第一中学
- 初中,2020 年毕业 - 河南省安阳市第八中学
- 小学,2014 年毕业 - 河南省安阳市三官庙小学
研究经历
法国高等光学研究所访问学生,2026 年 7 月至 9 月
导师:Antoine Browaeys 教授 · 法国巴黎-萨克雷
主要项目:光镊阵列的快速 SLM 重排
- 开发并部署 CNN 与三次狄利克雷 WGS 重排流程,结合光阱匹配及位置、相位轨迹生成,并与 Fast WGS 比较帧间光强变化。
- 测量 SLM 衍射效率、温度相关响应时间和光强波动;同步 SLM 更新、AOM 门控与相机触发,通过频闪成像解析帧间动态。
- 实现相机反馈均匀化,以全流程光强分布、变异系数(CV)及单光阱光强变化评估重排质量。
- 采用 C++/CUDA 和异步传输,使计算与 SLM 显示重叠;三次狄利克雷方案在 30 次随机初态测试中,实现 2,025 个光阱、22 帧序列的 38.7 ms 中位耗时(从匹配开始至末帧写入确认)。
暑研报告:Fast SLM Rearrangement
补充项目:热铷蒸气中的饱和吸收与光穿透
- 分析 7 个温度下的功率依赖透射数据,以及 96、147、203 °C 下的空间荧光剖面,拟合温度相关的光穿透尺度。
- 推导均匀展宽与多普勒平均的吸收、传播模型,评估成像读出、拟合边界和探测下限带来的系统误差,并与平均场空间相分离理论作比较。
北京大学本科生科研助理:魔法态制备与量子纠错,2025 年至今
导师:Xiao Yuan 教授 · 北京大学前沿计算研究中心(CFCS)
- 研究基于表面码的魔法态注入与蒸馏,分析魔法态工厂的整体资源开销。
- 开发稳定子及量子线路层面的模拟,在噪声模型下进行资源估算。
北京大学本科生科研助理:中性原子量子计算,2025 年至今
导师:Xiaoji Zhou 教授 · 北京大学电子学院
- 建模里德堡相互作用,分析主要的量子门误差及其物理机制。
- 参与控制序列设计,支持性能基准测试和数据分析流程。
香港城市大学暑期研究,2025 年 7 月至 8 月
导师:Zhe-Yu (Jeff) Ou 教授 · 香港九龙
原子激光加热与量子光学
- 研究自建光学系统中的 Rb 原子激光加热现象。
- 设计参考光路与实验光路。
- 搭建 AOM 光路及相关实验设备。
- 分析热原子气室中的多普勒展宽和谱线展宽行为。
- 完成实验系统调试、校准和初步测量,整理操作流程与实验结果。
实验训练
- 普通物理实验 I–II(2024–2025):力学、电磁学、光学及电子学测量。
- 近代物理实验 I(2025):原子、光学及近代物理实验。
- 电子线路基础及实验(2025):基础模拟电路与仪器使用。
精选课程成绩
- 数学物理方法(I):100/100
- 量子信息:93/100
- 线性代数(B):91/100
- 高级英语写作:91/100
- 电动力学(A):90/100
- 热学:90/100
- 电磁学:89/100
- 计算概论(B):88.5/100
- 近代物理实验 I:88/100
- 热力学与统计物理(A):87/100
- 数据结构与算法(B):85/100
- 量子力学讨论班:90/100
- 激光实验:93/100
- 材料物理:A+
- 几何光学与光学仪器:A
- 电子线路基础及实验(2):89/100
研究兴趣
- 表面码、魔法态注入与蒸馏
- 容错量子计算与资源估算
- 中性原子、光镊阵列与可扩展量子计算架构
- 里德堡相互作用、阻塞与量子门
获奖情况
技术技能
- 编程: Python、C/C++、Java
- 工具: Git、Linux、LaTeX;熟悉 Mathematica
- 方法: 数值分析、线性代数、基础算法及量子线路模拟
- 实验: 光学系统搭建与对准、实验校准、SLM/AOM/相机同步控制及数据分析
语言
学术活动与社会实践
- 参加北京大学光学、原子分子物理及前沿物理讲座,持续阅读中性原子阵列与量子纠错文献。
- 自学课程之外的研究专题,通过可复现模拟、技术笔记和公开报告整理结果。
- 2024 年:为高中生做志愿讲座。
- 2024 年:参加北京大学运动会,获得 4 x 400 米接力银牌和 400 米铜牌。
兴趣爱好
论文、预印本与写作
Jianshuo Gao, Xiao Yuan, Yuan Yao. "A Resource Comparison of Logical T-State Preparation." arXiv:2605.26522, 2026.
Jianshuo Gao. "Complexity-Aware Theory Testing from Bell Witnesses." arXiv:2604.08918, 2026.
Zhirao Wang, Junxiang Huang, Runyu Ye, Qingyu Li, Qi-Ming Ding, Yiming Huang, Ting Zhang, Yumeng Zeng, Jianshuo Gao, Xiao Yuan, Yuan Yao. "A Review of Variational Quantum Algorithms: Insights into Fault-Tolerant Quantum Computing." arXiv:2604.07909, 2026.
A. Y. Kitaev, Fault-tolerant quantum computation by anyons, Annals of Physics 303, 2 (2003), arXiv:quant-ph/9707021.
讨论和展示
June 10, 2026
讲座Talk ,量子力学讨论班,北京大学 at Quantum Mechanics Seminar, Peking University
April 06, 2026
讲座Talk ,香港大学张振东老师课题组,香港,香港大学 at Prof. Zhendong Zhang's Group, The University of Hong Kong, The University of Hong Kong, Hong Kong
March 25, 2026
讲座Talk ,北京大学电子学院,量子计算组会,北京大学,理科二号楼 2334 at Quantum Computing Group Meeting, School of Electronics, Peking University, Science Building 2, Room 2334, Peking University
November 19, 2025
讲座Talk ,北京大学电子学院,量子计算组会,北京大学,理科二号楼 2334 at Quantum Computing Group Meeting, School of Electronics, Peking University, Science Building 2, Room 2334, Peking University
May 13, 2025
讲座Talk ,北京大学前沿计算研究中心,北京大学,静园五院 at Center on Frontiers of Computing Studies, Peking University, Jingyuan Courtyard 5, Peking University
December 17, 2024
讲座Talk ,北京大学物理学院,光学讨论课,北京大学,文史楼 103 at Optics Seminar, School of Physics, Peking University, Wenshi Building 103, Peking University
联系方式
Jianshuo Gao
Physics undergraduate, Peking University
About Me
I am a physics undergraduate at Peking University, enrolled in 2023, with research interests in cold-atom quantum platforms and fault-tolerant quantum computation. My current research spans magic-state preparation, quantum error correction and neutral-atom quantum computing. I aim to pursue graduate research connecting theoretical protocols with experimental quantum platforms.
Education
- B.Sc. in Physics, 2023–2027, expected July 2027 - School of Physics, Peking University
- Senior High School, 2023 - No. 1 High School of Anyang, Henan, China
- Junior High School, 2020 - No. 8 High School of Anyang, Henan, China
- Primary School, 2014 - Sanguanmiao Primary School, Anyang, Henan, China
Research Experience
Visiting Student Researcher, Institut d’Optique, July to September 2026
Advisor: Prof. Antoine Browaeys · Paris-Saclay, France
Main project: fast SLM rearrangement of optical-tweezer arrays
- Developed and deployed CNN and three-iteration Dirichlet WGS workflows, incorporating trap matching and position/phase trajectories; compared frame-transition intensity dynamics against Fast WGS.
- Characterized SLM diffraction efficiency, temperature-dependent response times and intensity fluctuations; synchronized SLM updates, AOM gating and camera triggers for stroboscopic imaging of frame transitions.
- Implemented camera-feedback uniformization and evaluated full-sequence intensity distributions, coefficients of variation (CV) and individual-trap intensity traces.
- Used C++/CUDA and asynchronous transfers to overlap computation with SLM display. The three-iteration Dirichlet workflow achieved a 38.7 ms median for 2,025 traps across 22 frames, from matching to final SLM write acknowledgement, over 30 random initial loads.
Summer research presentation: Fast SLM Rearrangement
Additional project: saturation-assisted light penetration in hot rubidium vapor
- Analyzed power-dependent transmission at seven temperatures and spatial fluorescence profiles at 96, 147 and 203 °C; fitted propagation models to quantify the temperature-dependent penetration scale.
- Derived homogeneous and Doppler-averaged absorption and propagation models, assessed systematic effects from imaging readout, fit boundaries and detector limits, and compared observations with mean-field spatial phase-separation predictions.
Undergraduate Research Assistant: Magic-State Preparation and QEC, 2025–present
Advisor: Prof. Xiao Yuan · Center on Frontiers of Computing Studies (CFCS), Peking University
- Study surface-code-based magic-state injection and distillation, including factory-level resource overhead.
- Develop stabilizer and circuit-level simulations for resource estimation under noise models.
Undergraduate Research Assistant: Neutral-Atom Quantum Computing, 2025–present
Advisor: Prof. Xiaoji Zhou · School of Electronics, Peking University
- Model Rydberg interactions and the dominant physical mechanisms of gate errors.
- Support control-sequence design, benchmarking and data-analysis workflows.
Summer Research, City University of Hong Kong, July to August 2025
Advisor: Prof. Zhe-Yu (Jeff) Ou · Kowloon, Hong Kong
Atomic laser heating and quantum optics
- Investigated laser heating of Rb atoms in a lab-built optical setup.
- Designed both reference and experimental optical paths.
- Built AOM optical paths and supporting experimental equipment.
- Analyzed Doppler and line-broadening behavior in thermal vapor cells.
- Commissioned the experimental setup, performed calibrations and preliminary measurements, and documented procedures and results.
Laboratory and Experimental Training
- General Physics Laboratory I–II (2024–2025): mechanics, electromagnetism, optics and electronics measurements.
- Modern Physics Laboratory I (2025): atomic, optical and modern-physics experiments.
- Fundamentals of Electronic Circuits and Experiments (2025): basic analog circuits and instrumentation.
Selected Course Grades
- Methods of Mathematical Physics (I): 100/100
- Quantum Information: 93/100
- Linear Algebra (B): 91/100
- Advanced English Writing: 91/100
- Electrodynamics (A): 90/100
- Thermal Physics: 90/100
- Electromagnetism: 89/100
- Introduction to Computation (B): 88.5/100
- Modern Physics Laboratory I: 88/100
- Thermodynamics & Statistical Physics (A): 87/100
- Data Structures & Algorithms (B): 85/100
- Seminar for Quantum Mechanics: 90/100
- Laser Experiment: 93/100
- Materials Physics: A+
- Geometrical Optics and Optical Instruments: A
- Fundamentals of Electronic Circuits & Experiments (2): 89/100
Research Interests
- Surface codes, magic-state injection and distillation
- Fault-tolerant quantum computation and resource estimation
- Neutral atoms, optical-tweezer arrays and scalable quantum computing architectures
- Rydberg interactions, blockade and quantum gates
Awards
- Physics Olympiad, First Prize, 2022
- Self-studied with limited school coaching and ranked first in school.
Technical Skills
- Programming: Python, C/C++, Java
- Tools: Git, Linux, LaTeX; familiar with Mathematica
- Methods: numerical analysis, linear algebra, basic algorithms and quantum-circuit simulation
- Experimental: optical setup assembly and alignment, calibration, synchronized SLM/AOM/camera control and data analysis
Languages
- Chinese: Native
- English: Advanced
Academic Engagement and Activities
- Attend optics, AMO and frontier-physics seminars at Peking University; follow research on neutral-atom arrays and quantum error correction.
- Study advanced topics beyond coursework and document results through reproducible simulations, technical notes and public presentations.
- 2024: Volunteer lecture for high-school students.
- 2024: Peking University Sports Meet, silver medal in the 4 x 400 m relay and bronze medal in the 400 m sprint.
Interests
- Skateboarding
- Daily running
- Weekend hiking
- Violin
Publications, Preprints and Writing
Jianshuo Gao, Xiao Yuan, Yuan Yao. "A Resource Comparison of Logical T-State Preparation." arXiv:2605.26522, 2026.
Jianshuo Gao. "Complexity-Aware Theory Testing from Bell Witnesses." arXiv:2604.08918, 2026.
Zhirao Wang, Junxiang Huang, Runyu Ye, Qingyu Li, Qi-Ming Ding, Yiming Huang, Ting Zhang, Yumeng Zeng, Jianshuo Gao, Xiao Yuan, Yuan Yao. "A Review of Variational Quantum Algorithms: Insights into Fault-Tolerant Quantum Computing." arXiv:2604.07909, 2026.
A. Y. Kitaev, Fault-tolerant quantum computation by anyons, Annals of Physics 303, 2 (2003), arXiv:quant-ph/9707021.
Talks
June 10, 2026
讲座Talk ,量子力学讨论班,北京大学 at Quantum Mechanics Seminar, Peking University
April 06, 2026
讲座Talk ,香港大学张振东老师课题组,香港,香港大学 at Prof. Zhendong Zhang's Group, The University of Hong Kong, The University of Hong Kong, Hong Kong
March 25, 2026
讲座Talk ,北京大学电子学院,量子计算组会,北京大学,理科二号楼 2334 at Quantum Computing Group Meeting, School of Electronics, Peking University, Science Building 2, Room 2334, Peking University
November 19, 2025
讲座Talk ,北京大学电子学院,量子计算组会,北京大学,理科二号楼 2334 at Quantum Computing Group Meeting, School of Electronics, Peking University, Science Building 2, Room 2334, Peking University
May 13, 2025
讲座Talk ,北京大学前沿计算研究中心,北京大学,静园五院 at Center on Frontiers of Computing Studies, Peking University, Jingyuan Courtyard 5, Peking University
December 17, 2024
讲座Talk ,北京大学物理学院,光学讨论课,北京大学,文史楼 103 at Optics Seminar, School of Physics, Peking University, Wenshi Building 103, Peking University