About Me
I am a fourth-year Physics undergraduate at Tsinghua University. My bachelor's thesis is centred on experimental nuclear physics within Prof. Xiao Zhigang’s group, specifically the development of polarization detectors for deuteron breakup experiments.
My work combines Geant4 simulation with the hardware design and assembly of plastic scintillator arrays to probe the isovector nature of nuclear symmetry energy. Alongside this experimental focus, I maintain a strong passion for theoretical physics. This website serves as a repository for my technical notes, essays, and academic interests. See more.
Hobbies & Interests
Life outside the physics department.
⚛️ Theoretical Physics
While my primary research is rooted in experimental nuclear physics, I am deeply driven by the aesthetic and structural elegance of theoretical frameworks. I devote my independent study to Quantum Field Theory and General Relativity to better appreciate the mathematical beauty of our most foundational theories.
🤖 Artificial Intelligence
My interest in AI ranges from chess engine logic to LLM architecture.
A custom-built wrapper and UI for interacting with multiple Large Language Models.
🏃 Running
View Logs →I am a dedicated long-distance runner and a member of Tsinghua’s middle- and long-distance second team (中长跑二队).
Essays & Writings
Technical notes and informal essays.
Canonical vs Path Integral Quantization
A comparison of canonical operator quantisation and Feynman's path integral formalism, featuring derivations and pragmatic trade-offs.
Black Hole Thermodynamics
A brief survey of the four laws of black hole mechanics, Bekenstein–Hawking entropy, and Hawking radiation.
Quantum Harmonic Ensemble
Deriving the partition function for a canonical ensemble of quantum harmonic oscillators across energy, position, and momentum representations.
Neutrino Mass & Oscillations
Review of experimental evidence for neutrino flavour oscillations, mass models, and mixing formalism.
Action Principle in Electrodynamics
Deriving Maxwell’s equations in vacuum from a relativistic Lagrangian, discussing gauge freedom and Noether currents.
Polarised Deuteron Breakup
Investigating polarised-deuteron scattering observables and polarimeter design to probe nuclear symmetry energy.
Complex Scalar Klein-Gordon Field
Derivation of canonical momenta and commutation relations for a complex Klein–Gordon field.
Contact
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