Visible matter is characterised by a single mass scale; namely, the proton mass. The
proton's existence and structure are supposed to be described by quantum chromodynamics …

We review the calculations of form factors and coupling constants in vertices with charm
mesons in the framework of QCD sum rules. We first discuss the motivation for this work …

A bstract We consider the\({B} _s^ 0\)→ μ+ μ− γ effective lifetime, and the related CP-phase
sensitive quantity\({A} _ {{\Delta\Gamma} _s}^{\mu\mu\gamma}\), as a way to obtain …

We study CP violation and the contribution of the strong kaon-pion interactions in the three-
body B→ K π+ π-decays. We extend our recent work on the effect of the two-pion S-and P …

We provide new values for the model parameters of the covariant constituent quark model
(with built-in infrared confinement) in the meson sector by a fit to the leptonic decay …

Continuum Schwinger function methods for the strong-interaction bound-state problem are
used to arrive at a unified set of parameter-free predictions for the semileptonic K→ π, D→ π …

We revisit rare radiative leptonic decays B s, d→ γ e+ e-and B s, d→ γ μ+ μ-in the standard
model and provide the updated estimates for various differential distributions (the branching …

We compute all kaon and pion parton distribution amplitudes (PDAs) to twist three and find
that only the pseudotensor PDA can reasonably be approximated by its conformal limit …

Using a symmetry-preserving regularisation of a vector× vector contact interaction (SCI), we
complete a systematic treatment of twelve semileptonic transitions with vector meson final …

We introduce parametrizations of hadronic three-body B and D weak decay amplitudes that
can be readily implemented in experimental analyses and are a sound alternative to the …