Kvantkromodynamik och effektiv fältteori
After passing the course the student should be able to
Lagrangians and symmetries, Noether currents, discrete symmetries; basics of quantum electrodynamics and weak theory, gauge symmetries; scattering theory, unitarity and analyticity, Feynman rules; concepts of perturbative and effective field theories; quantum chromodynamics (QCD), quarks and unitary groups, colour and gauge invariance, flavour symmetry, chiral symmetry, hadron classifications; introduction to lattice QCD; spontaneous symmetry breaking, Goldstone bosons; chiral perturbation theory.
Lectures and classes.
Hand-in problems during the course.
week 31, 2016
Lecture notes handed out at the beginning of the course
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