Group Theory

 Chap1:Basic concepts                      Chap3: Rotation group

 Chap2-1:Representation definition           Chap4: Symmetry and conservation law

 Chap2-2:Orthogonality theorem           Comparison between SU(N) and SO(N)

 Chap2-3:Representation construction         a specific topic: time-reversal symmetry

 Chap2-4:Representation properties 

 How to understand matrix product 

 What is tensor 

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General Physics (I)

Lec1:pre-course                            Lec17:gyroscope

Lec2:differentials                           Lec18:Kepler-Introduction

Lec3:integrals                           Lec19:Kepler’s three laws-derivation

Lec4:vector                             Lec20:gravity-LRL-vector

Lec5:vector-motion                       Lec21:simple harmonic motion

Lec6:motion                             Lec22:damped and driven oscillations

Lec7:force-Newton's laws                  Lec23:Wave-I

Lec8:force-interaction                       Lec24:Wave-II

Lec9:non-inertial                         Lec25:prewords for thermodynamics

Lec10:work-energy-potential             Lec26:Equipartition theorem

Lec11:force-potential                     Lec27:process

Lec12:momentum conservation             Lec28:entropy and 2nd law

Lec13:rigid body                           Lec29:entropy-Clausius and Boltzmann

Lec14:infinitesimal-inertia                 Lec30:Shannon information entropy

Lec15:translation-rotation                   Lec31:minimal work

Lec16:friction-work                     Lec32:Boltzmann distribution