Course Overview: Gauge/global/discrete symmetries and conservation laws, QED scattering and g − 2, Elec- troweak theory, charged/neutral currents, electroweak decays, Higgs mechanism, spontaneous symmetry breaking, custodial symmetry, Yukawa couplings, Higgs phenomenology, PMNS ma- trix, neutrino masses and seesaw mechanism, strong interactions, running coupling and asymp- totic freedom, theta vacuum, GIM mechanism, FCNCs, CKM, parity violation, Parton model, PDFs, scattering, hadrons and jets, anomalies, solitons and monopoles.
External Lecturer(s):
Dr Fabian Ruehle