Content


 
   




- The Standard Model -

Combined course on Quantum Field Theory in Particle Physics and The Standard Model in Experiment

Lecture course in SS 2010/2011 at Bergische Universität Wuppertal by

Dr. M. Worek (theory), Prof. Dr. P. Mattig (experiment)

Exercises: T. Zirke (theory), Dr. M. Barisonzi (experiment)


Lectures:  Schedule  NEW !
 
Monday   14:00-15:30  Room F.13.15
Thursday 10:15-11:45   Room F.13.17

Theory Lectures:
Monday April    4th Classical Field Theory, Euler-Lagrange equations, Hamiltonian Formalism, Noether's theorem  
Thursday
April    7th Quantization of scalar fields, Fock space, Propagator  
Monday
April  11th Quantitation of Dirac fields, Projection operators, Propagator  
Thursday April  14th Evolution operator, S-matrix, Wick's theorem, Feynman rules   
Monday April  18th Feynman rules c.d., electron-muon scattering  
Thursday April  21th Quantitation of the electromagnetic field, Propagator, Local gauge invariance  
Thursday April  28th Renormalization  
Thursday May   19th Yang-Mills theory of non-Abelian gauge fields, Quantum Chromodynamics  
Monday May   23th Spontaneous breaking of symmetries, Goldstone's bosons, Higgs mechanis  
Thursday May   26th Standard Electroweak theory: Gauge boson masses and Scalar modes  
Monday May   30th Standard Electroweak theory: Fermions in the theory  
Thursday July   14th Beyond Standard Model Scenarios: SUSY and MSSM  

Bibliography:

[1]. "The Standard Model - A Primer", C. Burgess, G. Moore
[2]. "An Introduction to Quantum Field Theory", M. Peskin, D. Schroeder
[3]. "Quantum Field Theory", C. Itzykson,  J. B. Zuber
[4]. "A first book of Quantum Field Theory", A. Lahiri, P.B Pal
[5]. "The Quantum Theory of Fields, Volume 3: Supersymmetry", S. Weinberg

Exercises:  Schedule

Friday 14:00-15:30  Room F.13.17 

theory Sheet1   Sheet2   Sheet3   Sheet4   Sheet5
experiment Sheet1   Sheet2   Sheet3    Sheet4   Sheet5   Sheet6



:: top ::

Last modified by Malgorzata Worek
Sunday, 18 September 2011