

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 freedom 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/.... 


Grades 
©2012 From Dwarfs to the Black Holes • Misak Sargsian  Lorum • Ipsum • Dolor • Sic Amet • Consectetur 