Research in elementary particle physics is one of the most rewarding areas of research. It studies and discovers the laws
of Nauture. It is a field full of unknowns, excitments and new discoveries. The major goal of this course is to teach students
to use the Standard Model of strong and electroweak interactions
as the framework to analyze various problems related to particle Physics, with emphasison perspectives of future research in this field.
This course is a continuation of Particle physicsⅠ. Students interested in researches in theoretical or experimental particle physics are encouraged to take this course.

Contents
1. The Standard Model of Strong and Electroweak Interactions
Parity violation and the V-A weak interaction; Basics of the
Standard Model; Electric charge quantization; Symmetry breaking
and etc.
2. Weak Interaction in the leptonic sectorMuon decays; Neutrino-
electron scattering; The determination of sin2θw.
3. Exclusive semi-lectonic weak interaction βdecay;
Pion and Kaon decays; The universality and the Cabbibo angle.

4. Structure of Hadron
The parton model; Deep inelastic lepton-nucleon scattering;
Drell-Yan process.
5. Effective Theory
Chiral perurbation theory; Heavy quark effective theory.
6. The physics of Z, W and HiggsThe Z, W and Higgs bosons; The
production of W, Z and Higgs.
7. CP violation in the Standard Model
The system of neutral Kaon mesons and CP violation; The
Standard KM model of CP violation; CP violation in B decays.
8. Beyond the Standard ModelExtensions of the Standard Model,
Supersymmetric and Grand Unification models.