QCD
Lecture: Monday & Wednesday 11:15-13:00, R106a Pw 12 [HeiCo]
- Content
- Literature
- Exercises & bonus material
- Script (Preliminary)
Prerequisites: Theoretical Physics I-IV, QFT
Content of lecture series
The lecture course provides a survey to perturbative &
non-perturbative phenomena in QCD.
- Introduction
- QCD action, gauge fixing & ghosts
- UV & IR divergences
- IR divergences and collinear factorisation
- QCD
- Strong chiral symmetry breaking vs Higgs
- Parton densities and DGLAP
- Mellin transform and logarithms
- Lattice gauge theory
- Ordered emission
- Low energy effective theories
- Parton shower & Sudakov logs
- QCD simulation chain & hadronisation
- jet counting and generating functionals
- Quantum field theory, basics
Collins Renormalization Springer Haag Local Quantum Physics Springer, 1996 Itzykson, Zuber Quantum Field Theory McGraw-Hill Peskin, Schroeder An Introduction to Quantum Field Theory Addison Wesley Siegel Fields hep-th/9912205 Weinberg The Quantum Theory of Fields, Vol. 1-2 Cambridge University Press
- Quantum field theory, applications
Kugo Eichtheorie Springer, 1997 Miransky Dynamical Symmetry Breaking in Quantum Field Theories World Scientific, 1993 Muta Foundations of Quantum Chromodynamics World Scientific, 1987 Pokorski Gauge Field Theories Cambridge, 1987 Wu-Ki Tung Group Theory in Physics World Scientific, 1985 Zinn-Justin Quantum Field Theory and Critical Phenomena Oxford, 1993
- Lecture notes
Jan M. Pawlowski QFT I , QFT II , Non-perturbative aspects of gauge theories Tilman Plehn LHC & Higgs notes (updated)
- Quantum field theory, applications
- Outline
Literature