in the Standard Model with Flavor Symmetry
arXiv:hep-ph/0304242 · doi:10.1103/PhysRevD.69.074002
Abstract
The observed branching ratios for decays are much larger than factorization predictions in the Standard Model (SM). Many proposals have been made to reconcile the data and theoretical predictions. In this paper we study these decays within the SM using flavor U(3) symmetry. If small annihilation amplitudes are neglected, one needs 11 hadronic parameters to describe decays where can be one of the , , and nonet mesons. We find that existing data are consistent with SM with flavor U(3) symmetry. We also predict several measurable branching ratios and CP asymmetries for , decays. Near future experiments can provide important tests for the Standard Model with flavor U(3) symmetry.
13 pages, 4 tables
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- Searches for B0 decays to eta K0, eta eta, eta' eta', eta phi, and eta' phi
- Flavor Symmetry for Weak Hadronic Decays of Baryons
- Search for B decays into eta' rho, eta' K*, eta' phi, eta' omega and eta' eta(') at Belle
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- Four-body Semileptonic Charm Decays Based on SU(3) Flavor Analysis
- Evidence for the decay B0->eta pi^0
- Tests for CPT sum rule and U-spin violation in Time-dependent CP violation of and
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- Determining weak phase gamma and probing new physics in b->s transitions from B->eta(eta')K
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- Flavor SU(3) analysis of the charmless semileptonic decays
- Estimating QCD-factorization amplitudes through symmetry in decays