Archive SearchSearch 2025 Lecture 1X : Topological Groups, Lie Groups and Lie Algebra in Quantum Physics (revised) QFT Assignment 1(revised) Lecture 1M.2 QHO, Measurement in QM, Representations of Hilbert Space Lecture 1S A Quick Reminder of Hamiltonian Mechanics Lecture 1M.1 Formal Structure of Quantum vs. Classical Mechanics (revised) Symmetries of Tensors: from manipulation of indices to group representation theory Classical Ideal Gas and Quantum Ideal Gas (平衡态统计物理备考速通3:经典理想气体和量子理想气体) Canonical Ensembles, Partition Functions, Thermodynamic Potentials(平衡态统计物理备考速通2: 微正则、正则、巨正则系综,配分函数,热力学势和热力学量在系综下的表出) Statistical Physics Elementary: Central Limit Theorem, Ensembles, Principle of Equal a Prior Probability, Ergodic Hypothesis (平衡态统计物理备考速通1: 中心极限定理,系综,平衡态统计物理的最小公理集) E02X. 流形上一般几何对象的推前与拉回(Pushforward and Pullback of General Geometric Objects on Smooth Manifolds) D01. 拉格朗日密度 (Lagrangian Density) D03. 作用量泛函(Action Functional) D02. 拉格朗日密度的拉回 (Pullback of Lagrangian density) E02. 谎导数 (Lie Derivatives) E01. 微分形式,外微分,内积算子 (Differential Forms, Exterior Derivative, and Interior Product) D01X. 流形上 $k$-形式场的拉回(Pullback of $k$-form Field) 【公告】Adjustment of Website Language Strategy – 网站语言策略调整 C03. 变分与垂直丛的拉回丛(Variation and Pullback Bundle of Vertical Bundle) C02. 拉回丛(Pullback bundles) A01X. 切空间、余切空间、外积和k形式(wedge product and $k$- form) 1 2 3 … 12 Next » 分类目录 选择分类 _NOTES_ _笔记_ 民工日/周/月/年记 Analytical Mechanics Lecture 1 Baiscs Blogs BNS GWs Research 0.Prerequisites 0.1 TOV equation 0.2 WDs: Fermi Gas Model 0.3 Pure NS: Fermi Gas Model Book Club 2024 Fall General Relativity Christoffel symbols Mathematica codes exercise Gravitational Waves tensor General Relativity by Wald Wald C1 Wald C2 Geometrization of Classical Mechanics Lagrangian Mechanics A. Basic Structure B. Differential Structure C. Variation Structure D. Lagrangian Density and Action Functional E. Euler-Lagrange Structure Group Theory MIT8.04 Quantum Physics 1 Assignments PRLabour Notes Prof.Zwiebach’s Lecture Notes MIT8.04 量子物理1 预备役物理民工的笔记 Particle Physics chapter1. historical introduction 1.1 the classical era 1.2 Photon 1.3 Meson 1.4 Antiparticle 1.5 Neutrino 1.6 Strange Particles introduction Quantum Advanced Quantum Mechanics Lecture 1 Quantum Field Theory Lecture 1 Statistical Physics and Thermodynamics Equilibrium Statistical Mechanics Minimalist Notes Tools Uncategorized 其它 分析力学 双中子星系统引力波 0.预备知识 0.1 TOV方程 0.2 白矮星 0.3 中子星(费米气体模型) 广义相对论 Mathematica计算克氏符 Mathematica代码 张量分析 练习 粒子物理 chapter1.历史简介 1.1经典时期 1.2 光子 简介