Mixing and mixing-related CP violation in the B system

Abstract

We present the summary of the working group on $B$ mixing and the related CP violation at the CKM 2014 workshop. The contributions reflect the experimental and theoretical progress in the field over the last two years since the last CKM workshop.

17 pages, 4 figures. Proceedings for the 8th International Workshop on the CKM Unitarity Triangle, 8-12 September 2014, Vienna, Austria

References in corpus (18)

• Measurement of the CP-violating weak phase phi[s] and the decay width difference Delta Gamma[s] using the Bs to J/Psi phi(1020) decay channel in pp collisions at sqrt(s) = 8 TeV
• Precision measurement of the mass and lifetime of the ${\Xi }_b^0$ baryon
• Penguin contributions to CP phases in $B_{d,s}$ decays to charmonium
• Measurement of the semileptonic $CP$ asymmetry in $B^0-\overline{B}{}^0$ mixing
• Standard Model Predictions and New Physics Sensitivity in B->DD Decays
• Measurement of $CP$ violation parameters and polarisation fractions in $B_s^0\to J/\psi {\overline{K}}^{\ast 0}$ decays
• Doubly CKM-suppressed corrections to CP asymmetries in $B^0\to J/\psi K^0$
• Flavor symmetry for strong phases and determination of ${\beta }_s,\Delta \Gamma$ in $B_s\to J/\psi \varphi$
• Theoretical uncertainty in sin 2beta: An update
• Measurement of the ${\Xi }_b^{-}$ and ${\Omega }_b^{-}$ baryon lifetimes
• Standard Model updates and new physics analysis with the Unitarity Triangle fit
• Measurement of the $B_s^0$ lifetime in the flavor-specific decay channel $B_s^0\to D_s^{-}{\mu }^{+}\nu X$
• $B$-mixing in and beyond the Standard model
• CKM studies from b physics at hadron machines
• The like-sign dimuon asymmetry and New Physics
• Lifetime measurements in $b$-hadron decays at LHCb
• Addressing Hadronic Uncertainties in Extractions of ${\varphi }_s$
• Measurement of {\textit CP} observables in semileptonic decays at LHCb

Cited by in corpus (2)

• Constraints on $Z^{\prime }$ Boson within Minimal Flavor Violation
• $CP$ violation in heavy-flavour hadrons