Lec # | Lecture Notes |
---|---|

1 | Fundamental Building Blocks and their Interactions (PDF) |

2 | Symmetries and Quarks; Discoveries of the J, Upsilon (PDF) |

3 | Gluons, Particle-antiparticle, Gluons inside Nucleons (PDF) |

4 | Dirac Formalism, Chirality, Helicity, Why Higgs? (PDF) |

5 | Local Gauge Transformation (PDF) |

6 | Solutions of the Dirac Equation (PDF) |

7 | Matrix, Decays, Cross Sections and Radiative Corrections (PDF) |

8 | Polarization, Propagator, Interaction Matrix, Cross Sections and Unitarity Bounds (PDF) |

9 | Unitarity Bound Violation and “New” Particles (PDF) |

10 | Bottom-up Approach: Unitarity Bounds, “New” Particles and their Coupling Constants (PDF) |

11 | Unitarity Bounds, Higgs, its Coupling Constants and Limit on its Mass (PDF) |

12 | Electro-weak Interactions (PDF) |

13 | Review (PDF) |

14 | Mid-term |

15 | Discussion on Research Topics |

16 | Prelude to The Standard Model (SM) |

17 | Spontaneous Symmetry Breaking and Higgs Top-down Approach |

18 | Masses and Interactions of Weak Bosons and Fermions |

19 | QCD, QED and EW Corrections within SM |

20 |
Divergence in SM and Plausible Solutions
SUSY |

21 | Technical Color |

22 | Reading Assignments based on Lecture Notes on SM, and Models beyond SM |

23 | Presentations of Research Papers |

## Lecture Notes

## Course Info

##### Learning Resource Types

*notes*Lecture Notes

*assignment_turned_in*Problem Sets with Solutions