Chiral Lagrangians and Kaon CP-Violation
arXiv:hep-ph/9502254
Abstract
These lectures are an introduction to the subject of chiral effective Lagrangians of the Standard Model and their applications, mostly in the sector of non--leptonic kaon decays, with special emphasis on CP--violation. The first lecture gives an introduction to the phenomenological description of the system and $K\ra ππ$ decays. In the second lecture I give an overview of the basic ideas behind the chiral perturbation theory (PT) --approach to hadron dynamics at low energies. The study of the weak interactions of --particles within the framework of PT is the subject of the third lecture. The fourth lecture is an overview of various models of the QCD low--energy effective action which have been developed during the last few years. The fifth lecture is dedicated to a discussion of the CP--violation and parameters, and to the study of the decay mode: $K_{L}\ra π^{0}e^{+}e^{-}$.
69 pages, LaTeX, Lectures given at the 1994th TASI-School on CP--Violation and the limits of the Standard Model. University of Colorado at Boulder.
Cited by in corpus (18)
- Two--Loop Electroweak Corrections to the Muon g-2: a new class of Hadronic Contributions
- The Standard Model Prediction for epsilon'/epsilon
- Effective Field Theory
- The electroweak pi^+ - pi^0 mass difference and weak matrix elements in the 1/Nc expansion
- Matrix Elements of Electroweak Penguin Operators in the 1/Nc Expansion
- The Selection Rule
- The Weak Chiral Lagrangian as the Effective Theory of the Chiral Quark Model
- Kaon physics: a lattice perspective
- Charged Kaon K \to 3 pi CP Violating Asymmetries at NLO in CHPT
- Spin-1 resonance contributions to the weak Chiral Lagrangian: the vector field formulation
- A New Approach to Weak Amplitudes in Large-Nc QCD
- K^+ -> pi^+pi^0e^+e^-: a novel short-distance probe
- Electromagnetic penguin operators and direct CP violation in K --> pi l^+ l^-
- form factor in the Large-N and cut-off regularization method
- B_K in the chiral limit within the 1/Nc expansion
- Progress in Decays
- QCD and Weak Interactions of Light Quarks
- Assuming Regge trajectories in holographic QCD: from OPE to Chiral Perturbation Theory