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Institute for Theoretical Physics ⇒ Group Home ⇒ Teaching ⇒ Non-perturbative aspects of gauge theories ⇒ Exercises

Non-perturbative aspects of gauge theories

Jan Martin Pawlowski winter term 2018/2019

Tutorial (Tutor: Nicolas Wink )
  • Monday, 16:15-18:00, PW 12 / R 107a [LSF]

    • Registration

    Exercises:

     
    • Exercise sheet 1: Dyson-Schwinger equations
     
    • Exercise sheet 2: FRG equations
     
    • Exercise sheet 3: Perturbation theory & vertex expansion
     
    • Exercise sheet 4: O(N) model at large N
     
    • Exercise sheet 5: Fermions
     
    • Exercise sheet 6: Quark-Meson Model
     
    • Exercise sheet 7: Yang-Mills propagators I
     
    • Exercise sheet 8: Yang-Mills propagators II
     
    • Exercise sheet 9: Slavnov-Taylor Identities
     
    • Exercise sheet 10: Chiral symmetry breaking
     
    • Exercise sheet 11: Gauge fixing in quantum gravity
     
    • Exercise sheet 12: Quantum gravity in the Einstein-Hilbert truncation
     
    • Exercise sheet 13: Scalar in quantum gravity

    Bonus material:

     
    • Notebook: O(N) model in the Large N limit
     
    • Notebook: Phase structure of the Quark-Meson model 


    


          
    
        
    
        
    
      
    
      
    
      
    
      
    
        
     © Copyright University of Heidelberg, J.M. Pawlowski, 2008.