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Education
- Princeton University — PhD in Physics, degree awarded March 29, 2025
- Tsinghua University — BS in Physics, Xuetang Talents Program
Research Experience
- Princeton University, Laboratory for Topological Quantum Matter and Advanced Spectroscopy
Research focused on topological quantum materials, ARPES, scanning tunneling microscopy, and related data analysis.
Areas of Work
- Topological quantum materials
- Kagome metals and magnetic systems
- ARPES, scanning probes, and electronic structure analysis
- Correlation-driven and interaction-assisted topology
- Quantitative modeling and data-intensive workflows
Selected Highlights
- Work on Weyl and linked-loop states in kagome magnets
- Work on hybrid and higher-order topology in elemental arsenic
- Studies of charge-order effects in topological kagome systems
- Research on correlated topology in Kondo-lattice materials
First-Author and Co-First-Author Papers
- Broken symmetries associated with a Kagome chiral charge order, Nature Communications 16, 3782 (2025) — first author
- A hybrid topological quantum state in an elemental solid, Nature 628, 527–533 (2024) — co-first author
- Untangling charge-order dependent bulk states from surface effects in ScV6Sn6, Physical Review B 109, 075150 (2024) — first author
- Visualization of Tunable Weyl Line in A–A Stacking Kagome Magnets, Advanced Materials 35, 2205927 (2023) — first author
- Observation of a linked-loop quantum state in a topological magnet, Nature 604, 647–652 (2022) — co-first author