Predictions for neutral K and B meson physics

Abstract

Using supersymmetric grand unified theories, we have recently invented a framework which allows the prediction of three quark masses, two of the parameters of the Kobayashi-Maskawa matrix and tan $\beta$, the ratio of the two vevs. These predictions are used to calculate $\epsilon$ and ${\epsilon }^{\prime }$ in the kaon system, B meson mass mixing and the size of CP asymmetries in the decays of neutral B mesons to explicit final states of given CP.

10 pages no figure. LBL31431

References in corpus (1)

• Test of the Dimopouos-Hall-Raby Ansatz for Fermion Mass Matrices

Cited by in corpus (14)

• The Top Quark Mass in Supersymmetric SO(10) Unification
• Supersymmetric Grand Unified Theories: Two Loop Evolution of Gauge and Yukawa Couplings
• Yukawa Unified Supersymmetric SO(10) Model: Cosmology, Rare Decays and Collider Searches
• Finite Supersymmetric Threshold Corrections to CKM Matrix Elements in the Large $tan\beta$ Regime
• The Bottom Mass Prediction in Supersymmetric Grand Unification; Uncertainties and Constraints
• On the generality of certain predictions for quark mixing
• Precise predictions for mt, Vcb and tan
• Yukawa Coupling Unification in Supersymmetric Models
• Neutrino masses and mixings in a predictive theory of fermion masses
• New Approach for the Construction of Fermion Mass Matrices in SO(10) SUSY GUTS
• Predictive fermion mass matrix ansatzes in non-supersymmetric SO(10) grand unification
• Construction of an SO(10) x U(1)_F Model of the Yukawa Interactions
• Testing the Standard Model and Schemes for Quark Mass Matrices with CP Asymmetries in B Decays
• Construction of Fermion Mass Matrices Yielding Two Popular Neutrino Scenarios