We discuss a framework for the measurement of the B → K* transition form factors in lattice simulations, when the K* eventually decays. The possible mixing of πK and ηK states is considered. We reproduce the two-channel analogue of the Lellouch-Lüscher formula, which allows one to extract the B → K*l+l− decay amplitude in the low-recoil region. Since the K* is a resonance, we provide a procedure to determine the form factors at the complex pole position in a process-independent manner. The infinitely-narrow width approximation of the results is also studied
29 pages, 4 figuresInternational audienceThe extraction of the $B\to K^*$ transition form factors fr...
We present a lattice quantum chromodynamics determination of the ratio of the scalar and vector form...
International audienceWe report on a two-flavor lattice QCD study of the Bs→Ds and Bs→D∗s transition...
We calculate, for the first time using unquenched lattice QCD, form factors for the rare decay B→Kℓ+...
We calculate, for the first time using unquenched lattice QCD, form factors for the rare decay B→Kℓ+...
The extraction of the B→K⁎ transition form factors from lattice data is studied, applying non-relati...
The extraction of the B→K⁎B→K⁎ transition form factors from lattice data is studied, applying non-re...
The hadronic environment of the LHC favours the study of exclusive modes, and of these semi-leptonic...
AbstractThe extraction of the B→K⁎ transition form factors from lattice data is studied, applying no...
International audienceWe discuss a generalization of the Lüscher approach to the calculation of the ...
AbstractThe extraction of the B→K⁎ transition form factors from lattice data is studied, applying no...
We calculate the differential branching fractions and angular distributions of the rare decays B[sup...
The rare baryonic decays Λb → Λµ+µ − and Λb → Λγ can complement rare B meson decays in constraining ...
We discuss the general properties of the B-meson decay form factors F(q2,q′2), describing B-meson de...
The Standard Model of particle physics currently stands as our most complete theory of fundamental p...
29 pages, 4 figuresInternational audienceThe extraction of the $B\to K^*$ transition form factors fr...
We present a lattice quantum chromodynamics determination of the ratio of the scalar and vector form...
International audienceWe report on a two-flavor lattice QCD study of the Bs→Ds and Bs→D∗s transition...
We calculate, for the first time using unquenched lattice QCD, form factors for the rare decay B→Kℓ+...
We calculate, for the first time using unquenched lattice QCD, form factors for the rare decay B→Kℓ+...
The extraction of the B→K⁎ transition form factors from lattice data is studied, applying non-relati...
The extraction of the B→K⁎B→K⁎ transition form factors from lattice data is studied, applying non-re...
The hadronic environment of the LHC favours the study of exclusive modes, and of these semi-leptonic...
AbstractThe extraction of the B→K⁎ transition form factors from lattice data is studied, applying no...
International audienceWe discuss a generalization of the Lüscher approach to the calculation of the ...
AbstractThe extraction of the B→K⁎ transition form factors from lattice data is studied, applying no...
We calculate the differential branching fractions and angular distributions of the rare decays B[sup...
The rare baryonic decays Λb → Λµ+µ − and Λb → Λγ can complement rare B meson decays in constraining ...
We discuss the general properties of the B-meson decay form factors F(q2,q′2), describing B-meson de...
The Standard Model of particle physics currently stands as our most complete theory of fundamental p...
29 pages, 4 figuresInternational audienceThe extraction of the $B\to K^*$ transition form factors fr...
We present a lattice quantum chromodynamics determination of the ratio of the scalar and vector form...
International audienceWe report on a two-flavor lattice QCD study of the Bs→Ds and Bs→D∗s transition...