CP Violationhttp://www.worldscientific. |
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Contents
Introduction to CP Violation | 3 |
CP Violation in the Kš Kš System | 41 |
The Quark Mixing Matrix Charm Decays and B Decays | 105 |
The Question of CP Noninvariance As Seen Through the Eyes | 175 |
In Search of CP Noninvariance in Heavy Quark Systems | 249 |
CP Violation at High Energy ete Colliders | 269 |
CP Violation in the Standard Model with Four Families | 292 |
CP Effects When Neutrinos are their Own Antiparticles | 334 |
CP Violation and Supersymmetry | 436 |
Electric Dipole Moments | 455 |
The Strong CP Problem | 503 |
CP Violation and Cosmology | 552 |
The 1N Approach to Nonleptonic Weak Interactions | 575 |
Chiral Perturbation Theory Approach to Weak Amplitudes | 646 |
What We Learnt from Weak Decays of Heavy Quarks | 680 |
Weak Hamiltonian on the Lattice | 706 |
On Spontaneous CP Violation Triggered by Scalar Bosons | 362 |
CP Violation and Leftright Symmetry | 384 |
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Common terms and phrases
allowed amplitude angles appear approach assume asymmetry axion bosons bound breaking calculation changing charged chiral coefficient complex conserved consider constant contributions corrections corresponding coupling CP violation decay dependence detail determined diagrams discussed effects energy estimate example expected experimental experiments fact factor fermions fields final follows four function gauge give given hadronic Higgs important included interactions interference invariant Lagrangian leading leptonic Lett limit loop mass matrix elements measured meson mixing momentum neutral neutrino Note Nucl observed obtained operators parameters parity particles penguin phase Phys physical possible predictions present problem processes production quantities quark quark mass requires result rule scale shown standard model strong Table theoretical theory transformation transition vacuum vector weak