Lecture Notes

1) Introduction

2) Unites and Special Relativity

3) Quark and Lepton Flavours

4)  Antiparticles, Relativistic Waves Equations

5)  Feyman Diagrams

6)  A Taste of Quantum Field Theory

7)  Cross Sections, Decays, and Resonant Scattering

8)  Symmetries, Invariance, and Conservation Laws

9)  Continuous Symmetry Transformations & Gauge Invariance

10)  Discrete Symmetry Transformations & Parity

11)  Time Reversal and Charge Conjugations

12)  CP Violation in the Neutral Kaon System

13)  Strangeness Oscillations

14)  Weak Interaction - (V-A) Space Time Structure

15)  Flavour Mixing - The Cabbibo Angle

16)  3 Generation Mixing - Cabibbo-Kobayashi-Maskawa  Matrix

17)  Angular  Momentum, SU(2), and Isospin

18)  The Electroweak Interaction

19)  Weak Isospin & Hypercharge

20)  The Standard Electroweak Model

21)  Experimental Results on Standard Model

22)  Summary & Study Guide

Note:  These notes are in pdf format.

 

Previous years lecture notes: 2001 Lecture Notes

Previous years lecture notes: 1998 Lecture Notes


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