SPOC学校专有课程
粒子物理
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spContent=Particle Physics interprets the basic structures of matter and fundamental interactions, as a subsequent course of Quantum Mechanics and Advanced Quantum Mechanics.
—— 课程团队
课程概述

Particle   Physics interprets the basic structures of matter and rebuild fundamental   interactions utilizing the symmetry principles. Based on the fundamentals of Quantum Mechanics and Advanced  Quantum Mechanics, we will understand the symmetry principle and the conserved observables of   the   symmetries that penetrate through the course.  Specifically, we will go into the history of   the particle physics and the symmetries in    classical mechanics, quantum mechanics and particle physics. The   context includes the concrete CPT symmetries, continuous gauge symmetries,   relativistic covariance, the principle to construct the lagrangian, and the   standard model.


授课目标

To apply what we have learned and  to understand  what  we can go beyond.

成绩要求

A full credit requires to meet four factors with satisfaction: Attendence rate, homework, discussions and test. 

课程大纲
预备知识

Quantum Mechanics, Advanced Quantum Mechanics, Group theory

参考资料

² [1]L.Ryder, Elementary particles and symmetries.

² [2]W.M. Gibson, B.R.Pollard,Symmetry principles in elementary particle physics. [3]T.D.Lee, Field theory and Particle Physics,1979

² [4]Kerson Huang, Quark, Lepton and Gauge field,1982

² [5]Zizong Xu, courseware, Conservation laws in particle physics(USTC)

² [6] R. Casalbuoni , Quantum Field Theory,(1997)

² [7]T. Lu, L.F.Luo, Matter structure: From electrons to quarks, 2002.

        ²    [8] Ian Aitchison, Supersymmetry in Particle Physics: An Elementary Introduction(2007,Cambridge)