Abstract

We use AdS/QCD holographic Distributions Amplitudes for the vector mesons ρρ and K∗K^* in order to predict the radiative decays B→ργB \to ργ and B→K∗γB \to K^* γ as well as the semileptonic decays B→ρlνB \to ρl ν and B→K∗μ+μ−B \to K^* μ^+ μ^-. For the radiative decays, we find that the AdS/QCD DAs offer the advantage of avoiding end-point singularities when computing power suppressed contributions. For the semileptonic decays B→ρlνB \to ρl ν and B→K∗μ+μ−B \to K^* μ^+ μ^-, we compare our predictions to the latest BaBar and LHCb data respectively.

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