来自黄克孙的统计力学教科书 (From Kerson Huang's statistical mechanics textbook)
- 卡诺热机的热力学 (Thermodynamics of Carnot engine)
- 热容，定压热容，定容热容，比热容 (Heat capacity, isobaric heat capacity, isovolumetric heat capacity, specific heat capacity)
- 统计力学微正则系综的熵 (Entropy in the microcanonical ensemble in statistical mechanics)
- 用吉布斯熵得到巨热力势 (Deriving the grand potential using Gibbs entropy)
- 统计力学里的巨正则系综及巨分配函数 (Grand canonical ensemble and grand partition function in statistical mechanics)
- 统计力学里的正则系综 (Canonical ensemble in statistical mechanics)
- 如何理解用于定义熵的克劳修斯定理 (How to interpret the entropy-defining Clausius theorem)
来自朗道 Lifshitz 量子力学教科书 (From Landau Lifshitz quantum mechanics textbook)
- 量子力学的微扰理论 (Perturbation theory in quantum mechanics)
- 量子力学的二次量化 (Second quantization in quantum mechanics)
- 电子的自旋 (Spin of the electron)
- 薛定谔方程 (Schrodinger's equation)
- 量子力学中的角动量 (Angular momentum in quantum mechanics)
- 用经典物理的极限推到出量子力学 (Deriving quantum mechanics through the classical limit)
- 电磁场的量子化 (Quantization of electromagnetic field)
- 四维旋量 (Four-dimensional spinors)
- 定义于四维双旋量的狄拉克方程 (The Dirac equation defined in four-dimensional bispinor form)
- 狄拉克方程中的流密度 (Current density in the Dirac equation)
- 从双旋量形式的狄拉克方程得到狄拉克矩阵 (Obtaining Dirac matrices from the bispinor form of the Dirac equation)
- Constructing meaningful linear combinations of creation or annihilation operators
- 狄拉克方程使用于外场里的电子 (Application of the Dirac equation to an electron in an external field)
关于狭义相对论（大多由自己推导，在参考其它文献较少的情况下）About special relativity (mostly derived by myself with minimal lookups to references)
- How the Lorentz force law directly implies the antisymmetric electromagnetic field tensor
- Why the electromagnetic four-potential is Lorentz covariant
- On proper time, relativistic velocity, and Lorentz covariance in Einstein notation
- Illustrating covariance and contravariance of vectors through Lorentz transformation of four-vectors
- How I systematically guessed hyperbolic functions and the Lorentz group from the spacetime invariant
- 如何推导出相对质量及 E = mc^2 (How to derive relativistic mass and E=mc^2)
- 从狭义相对论的简单假定得到时空间隔不变量及洛伦兹变换 (Deriving spacetime invariant and Lorentz transformation from simple special relativity postulates)
电磁学 (Electromagnetism)
- 电磁波 (Electromagnetic waves)
- 自由电磁场的特征振动 (Characteristic vibrations of free electromagnetic field)
- 相对论以及电磁场里的电荷 (Relativity and charges in electromagnetic field)
- 磁矢势以及经典规范场理论 (Magnetic vector potential and classical gauge theory)
- Umov-Poynting 矢量的推导 (Derivation of Umov-Poynting vectors)
- My thoughts on and experience with physics pertaining to "radiation of electromagnetic waves"
经典力学 (Classical Mechanics)
- 经典力学的散射理论 (Scattering theory in classical mechanics)
- 相空间和哈密尔顿力学的刘维尔定理 (Phase space and Liouville's theorem in Hamiltonian mechanics)
- 三维声波方程的推导 (Derivation of three-dimensional sound wave equation)
