61 citations · 209 across the 11 of their papers we have counts for
12 papers
The Semileptonic B Frontier: LHC, B-factories, Lattice QCD & the Hunt for Precision
F. De Fazio, P. De Simone, M. Fedele +33
This review document summarizes the main outcomes and key theoretical and experimental developments discussed at the workshop ``The Semileptonic Frontier: LHC, -Factories, L…
What we can learn from the angular differential rates (only) in semileptonic decays
G. Martinelli, S. Simula, L. Vittorio
We present a simple approach to the study of semileptonic decays based on the angular distributions of the final state particles only. Our approach is model…
A novel approach to semileptonic heavy-to-light decays through the Dispersive Matrix method
Guido Martinelli, Silvano Simula, Ludovico Vittorio
In this contribution we analyse the heavy-to-light decays through the Dispersive Matrix method, which can be applied to any semileptonic decays of hadrons once lattice QCD comp…
LFU ratios in B decays using Lattice QCD and Unitarity
Guido Martinelli, Manuel Naviglio, Silvano Simula +1
We present the results of the application of the unitarity-based Dispersion Matrix approach to semileptonic charged-current decays. This method allows to achieve a non-perturba…
Semileptonic B decays matrix elements
Guido Martinelli, Manuel Naviglio, Silvano Simula +1
We present some applications of the unitarity-based Dispersion Matrix (DM) approach to the extraction of the CKM matrix element from the experimental data on the exclusi…
, Lepton Flavour Universality and symmetry breaking in decays through unitarity and lattice QCD
G. Martinelli, M. Naviglio, S. Simula +1
In addition to the well-known decays, semileptonic processes offer the possibility to determine the Cabibbo-Kobayashi-Ma…
Exclusive B-meson semileptonic decays from unitarity and lattice QCD
G. Martinelli, M. Naviglio, S. Simula +1
We examine the semileptonic and decays adopting the unitarity-based Dispersive Matrix (DM) method, which allows to determine the sh…
Non-Perturbative Bounds for Semileptonic Decays in Lattice QCD
Matteo Di Carlo, Guido Martinelli, Manuel Naviglio +3
We present a new method aiming at a non-perturbative, model-independent determination of the momentum dependence of the form factors entering semileptonic decays using unitarity an…
Exclusive determinations of and through unitarity
G. Martinelli, S. Simula, L. Vittorio
In this work we apply the Dispersive Matrix (DM) method of Refs. [1,2] to the lattice computations of the Form Factors (FFs) entering the semileptonic decay…
and using lattice QCD and unitarity
G. Martinelli, S. Simula, L. Vittorio
The Cabibbo-Kobayashi-Maskawa (CKM) matrix element is extracted from exclusive semileptonic decays adopting a novel unitarity-based approach which allows…
Constraints for the semileptonic form factors from lattice QCD simulations of two-point correlation functions
G. Martinelli, S. Simula, L. Vittorio
In this work we present the first non-perturbative determination of the hadronic susceptibilities that constrain the form factors entering the semileptonic $B \to D^{(*)} \ell ν_\e…
Unitarity Bounds for Semileptonic Decays in Lattice QCD
M. Di Carlo, G. Martinelli, M. Naviglio +3
In this work we discuss in detail the non-perturbative determination of the momentum dependence of the form factors entering in semileptonic decays using unitarity and analyticity…