We study the potential effects of anomalous couplings of the third generation quarks to gauge bosons in rare B decays. We focus on the constraints from flavor changing neutral current processes such as b→sγ and b →sl+l-. We consider both dimension-four and dimension-five operators and show that the latter can give large deviations from the standard model in the still unobserved dilepton modes, even after the bounds from b→sγ and precision electroweak observables are taken into account. ©2000 The American Physical Society
We study some rare decays of the Bs meson governed by the quark-level transitions b→s, in the fourth...
We present an analysis of the rare exclusive B decays B → Kνν ̄ and B → K∗νν̄ within the Standard Mo...
Lepton flavor universality can be tested through the ratio of semileptonic B meson decays and lepton...
We study the potential effect of anomalous couplings of the third generation quarks to gauge bosons ...
We study the potential effect of anomalous couplings of the third generation quarks to gauge bosons ...
Abstract: The branching ratio of the rare decay B → Xsγ provides potentially strong constraints on m...
The experimental measurements of flavor-changing neutral-current B-meson decays governed by b → s + ...
We consider the three CP-conserving dimension-6 operators that encode the leading new-physics effect...
Abstract The mass and weak interaction eigenstates for the quarks of the third generation are very w...
Abstract. The experimental measurements of flavor-changing neutral-current B-meson decays governed b...
AbstractWe investigate the effect of an extra fourth quark generation and FCNC mediated Z and Z′ bos...
Abstract: We investigate a speculative short-distance force, proposed to explain discrepancies obser...
The LHCb Collaboration reported anomalies in B→K∗μ+μ-, Bs→φμ+μ-, and R(K)=B→Kμ+μ-/B→Ke+e-. Furthermo...
We study the production of gauge-boson pairs at the next generation of linear e+e- colliders operati...
Abstract The rare flavour-changing neutral current decay B s → μ + μ − is among the most important i...
We study some rare decays of the Bs meson governed by the quark-level transitions b→s, in the fourth...
We present an analysis of the rare exclusive B decays B → Kνν ̄ and B → K∗νν̄ within the Standard Mo...
Lepton flavor universality can be tested through the ratio of semileptonic B meson decays and lepton...
We study the potential effect of anomalous couplings of the third generation quarks to gauge bosons ...
We study the potential effect of anomalous couplings of the third generation quarks to gauge bosons ...
Abstract: The branching ratio of the rare decay B → Xsγ provides potentially strong constraints on m...
The experimental measurements of flavor-changing neutral-current B-meson decays governed by b → s + ...
We consider the three CP-conserving dimension-6 operators that encode the leading new-physics effect...
Abstract The mass and weak interaction eigenstates for the quarks of the third generation are very w...
Abstract. The experimental measurements of flavor-changing neutral-current B-meson decays governed b...
AbstractWe investigate the effect of an extra fourth quark generation and FCNC mediated Z and Z′ bos...
Abstract: We investigate a speculative short-distance force, proposed to explain discrepancies obser...
The LHCb Collaboration reported anomalies in B→K∗μ+μ-, Bs→φμ+μ-, and R(K)=B→Kμ+μ-/B→Ke+e-. Furthermo...
We study the production of gauge-boson pairs at the next generation of linear e+e- colliders operati...
Abstract The rare flavour-changing neutral current decay B s → μ + μ − is among the most important i...
We study some rare decays of the Bs meson governed by the quark-level transitions b→s, in the fourth...
We present an analysis of the rare exclusive B decays B → Kνν ̄ and B → K∗νν̄ within the Standard Mo...
Lepton flavor universality can be tested through the ratio of semileptonic B meson decays and lepton...