Found 5 relevant results in 0.69s where lecturer="Tobias Hurth"
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An introduction into effective field theories is given. Basic knowledge of quantum field theory is necessary for the second part of the course.
The program covers theoretical and experimental aspects of flavorphysics. Topics include the Cabibbo-Kobayashi-Maskawa matrix,particle anti-particle mixing and CP violation in B and K mesondecays.Effective field theories and their application to rare B mesondecays are presented. Experimental aspects at B factories andhadron colliders are discussed.
The program covers theoretical and experimental aspects of flavor physics. Topics include the Cabibbo-Kobayashi-Maskawa matrix, particle anti-particle mixing and CP violation in B and K meson decays.Effective field theories and their application to rare B meson decays are presented. Experimental aspects at B factories and hadron colliders are discussed.
Structure of the SM in view of symmetries and possible anomalies, chiral perturbation theory based on the Nambu-Goldstone theorem. Role of electroweak and flavour precision data in the search for new physics, in particular the concept of S, T, and U parameters and of minimal flavour violation. Little hierarchy and flavour problems of new physics. Various approaches to new physics beyond the SM.