刘煜俊

香港东区 (852) 6571-4676 电邮 Github 领英

教育背景

学校 香港科技大学 (香港西贡清水湾校区)
学位 原子分子光学物理专业 博士学位
就读时间 2021年8月 至 2025年7月
详细信息
  • 绩点: 4.2/4.3
  • 主要课程: 量子多体理论, 电磁波 & 麦克斯韦方程组 & 相对论, 现代原子分子光学物理
  • 毕业论文: 非厄米自旋轨道耦合耦合费米子及其拓展研究 (导师: JO, Gyu-Boong教授)
学校 华南师范大学 (广州大学城校区)
学位 光电信息科学与工程专业 学士学位
就读时间 2017年9月 至 2021年6月
详细信息
  • 绩点: 4.17/5.0 (排位: 1/127)
  • 主要课程: 线性代数, 概率与统计, C程序设计, Numerical Analysis using MATLAB, Mathematical Methods in Physics, Computer Network Technique, Digital Circuitry, Signal & System, Laser Fundamentals, Optics.

Project Experiences

Project Name Modeling non-Hermitian Quantum Systems, HKUST
Duration Jun. 2023 - Jul. 2025
Responsibilities & Achievements
  • Modeling: Developed numerical models for open quantized systems using high-order ordinary differential equations and matrix discretization, solving for dynamics and eigenvalues with numerical solvers of SciPy/NumPy.
  • AI for Science: Accelerated parameters fitting and filtered outlier data with neural network models in PyTorch.
  • Data Analysis: Organized filtered time-series data via Panda/SQL, recognized key data patterns and validated model.
  • Process Optimization: Coordinated operations across multiple platforms (electronic-driven systems), optimized time-sequence signal synchronization and precision with microsecond-level resolution.
  • Published Works:
    • Third-order exceptional point in non-Hermitian spin-orbit-coupled cold atoms, Physical Review A, 2025 (第一作者) [Link]
    • Two-dimensional non-Hermitian skin effect in an ultracold Fermi gas, Nature, 2025 (第五作者) [Link]
    • Observing a topological phase transition with deep neural networks from experimental images of ultracold atoms, Optics Express, 2022 (第五作者) [Link]
Project Name Modeling novel auto-focusing optical beams, SCNU
Duration Sep. 2019 - Jun. 2021
Responsibilities & Achievements
  • Modeling: Simulated propagation dynamics of novel auto-focusing optical beams with diffraction integral method. Designed convergent discretized numerical solver to model propagation dynamics in MATLAB.
  • Published Works:
    • Shaping autofocusing Airy beams through the modification of Fourier spectrum, Optics Express, 2022 (First Author) [Link]
    • Auto-focusing and self-healing of symmetric odd-Pearcey Gauss beams, Optics Letters, 2020 (First Author) [Link]

技能及语言

编程 Python, C++, SQL, Verilog, HTML5, CSS, JavaScript, MATLAB
办公工具 Microsoft Office, LaTeX, Git, Adobe Illustrator, SolidWorks
专业证书 GARP Financial Risk Management Exam - Part I (Top Quartile 1111)
语言 广东话 (母语), 普通话 (母语), 英语 (流利), 日本语 (N5)

个人荣誉

2025 香港科技大学青年科学家奖学金
2023 香港科技大学红鸟学术奖
2021 华南师范大学优秀本科生毕业论文

Extracurricular Experience

Teaching Assistant Coordinator, Dept. Phys., HKUST
  • Communication: Coordinated teaching affairs, serving as liaison between postgraduate students, department and university administration to ensure smooth communication and operational efficiency.
  • Organization: Organized departmental events (e.g., annual dinners, outdoor activities) for groups of 30-100 participants, overseeing logistics and scheduling.
Sep. 2023 - Aug. 2024
美国物理学会原子分子和光物理分会
  • Oral presenter: Delivered an oral presentation on “Floquet engineered non-Hermitian system in spin-orbit-coupled fermions” (55th APS DAMOP 2024).
  • Poster presenter: Exhibited a poster on “Observation of a topological phase transition with deep neural networks in spin-orbit-coupled fermions” (54th APS DAMOP 2023).
Jun. 2023 & Jun. 2024