Short Course on Particle Physics
First Edition
Introductory course on elementary particle physics
Virtual Zoom, Jan 20 - Mar 3, 2024
Time : 8.15 AM EDT / 2.15 PM CET / 6.45 PM IST / 10.15 PM JST
Registration is now closed
There is no registration fee and no certificate will be given.
Participants Attended : 35
Timetable Supplementary Material Resources Code of Conduct
All Lectures will be delivered on Digital White board.
Week 1 :
Jan 20 - Lecture I : Forces & Particles
Jan 21 - Lecture II : Feynman Diagram
Homework-1 Solution-1
Week 2 :
Jan 27 - Lecture III : 4-Vectors
Jan 28 - Lecture IV : Lagrangian & Fields
Homework2 Solution2
Week 3 :
Feb 3 - Lecture V : Gauge Invariance
Feb 4 - Lecture VI : QED Lagrangian
Homework3 Solution3
Week 4 :
Feb 10 - Lecture VII : Electroweak Lagrangian - I
Feb 11 - Lecture VIII : Glashow-Weinberg-Salam Model & Electroweak Lagrangian - II
Homework4 Solution4
Week 5 :
Feb 17 - Lecture IX : Higgs Mechanism
Feb 18 - Lecture X : Fermion Masses, QCD & Standard Model Lagrangian
Homework5 Solution5
Week 6 :
Feb 24 - Lecture XI : Neutrino Oscillation
Feb 25- Lecture XII : Neutrino Oscillation Experiments
Feb 25 - Student Presentations
Homework6 Solution6
Week 7 :
Mar 2 - Lecture XIII : Neutrinoless Double-Beta Decay
Mar 3- Discussion
Homework7 Solution7
Recommended Book :
Nuclear and Particle Physics - Burcham and Jobes, Longman Scientific & Technical, 1995.
Supplementary Books :
Modern Elementary Particle Physics - Gordon Kane, second edition
Introduction to Elemenatry Particles - David Griffiths
Instructor : Ibrahim Mirza
About : 5th year PhD Physics Candidate at The University of Tennessee
Research Area : Experimental Particle Physics; Majorana Neutrinos at LEGEND Experiment
Founder & Organizer
Ibrahim Mirza
Email : phy.hanc@gmail.com