Lecture 1- Survey of Physics in General & Particle Physics in Particular:
Laws vs Principles, Physical Reality, Particles and Fields
Elementary Particles and some Mysteries.
Lecture 2- Relativistic Framework, Lagrangians, Currents, Conservations and Interactions
Lecture 3- Symmetries and Conservation Laws (Noether Theorem)
Lecture 4- Global and Local Gauge Invariances:
Lecture 5- From Maxwell equations to quantum theory of light.
Lecture 6- Spin and SU(2)
Lecture 7 - Relativisitic Description of the electron - Dirac Equation
Lecture 8 - Quantum Electrodynamics as an example of Local Gauge Invariance
vs U(1) transformations
Lecture 9 - Feynman Rules of QED, Feynman Amplitude and Cross Section
Lecture 10 - Calculation of some fundamental QED processes.
e+mu -> e+mu, e+e-> e+e, e+gamma -> e+gamma
Lecture 11- SU(3) of hadronic spectrum, SU(3) of the Color degrees of
Lecture 12 - Derivation of QCD Lagrangian
Lecture 13 - Derivation of Feynman Rules in QCD
Lecture 14 - Calculation of some Basic QCD processes
Lecture 15 - Foundation of Week Intraction
Lecture 16- Electroweak Gauge Theory
Lecture 17 - Masses and the Higgs Mechanism
Lecture 18- Cross Sections, Decays and Lifetimes of W and Z
Lecture 19- Production of W and Zs
Lecture 20- Production and Detection of Higgs Boson
Lecture 21- Beyond Standard Model
Lecture 22- Dark Matter/Neutrino Masses/....
|©2012 From Dwarfs to the Black Holes • Misak Sargsian||Lorum • Ipsum • Dolor • Sic Amet • Consectetur|