The spectrum of hadrons is the manifestation of color confinement of quantum
chromodynamics. Hadronic resonances correspond to poles of the S-matrix. Since 2003 …

Recent experimental and theoretical advancements have led to significant progress in our
understanding of the electromagnetic structure of nucleons (N), nucleon excitations (N∗) …

The reactions γp→π^0p and γp→π^+n are analyzed in a semi-phenomenological approach
up to E∼2.3 GeV. Fits to differential cross section and single-and double-polarization …

We present the masses of N baryons up to 3300 MeV. The radial and orbital excited states
are determined using hypercentral constituent quark model with the first-order correction …

A refined investigation on light flavor meson-baryon scatterings is performed using a
dynamical coupled-channel approach, the Jülich-Bonn model, that respects unitarity and …

We study theoretically the resonant structure of the double Cabibbo suppressed D+→ K-K+
K+ decay. We start from an elementary production diagram, considered subleading in …

We propose an approach to describe the D+→ K-K+ K+ decay amplitude, based on chiral
effective Lagrangians, which can be used to extract information about KK¯ scattering. It …

We present a theoretical study of the Ξ*(1690) resonance in the Λ c+→ Λ K+ K¯ 0 decay,
where the weak-interaction part proceeds through the Cabibbo-favored process c→ s+ ud¯ …

We present a formulation of the compositeness for baryonic resonances to discuss the
meson-baryon molecular structure inside the resonances. For this purpose, we derive a …

We study the meson-baryon interaction with JP= 1/2− using the hidden-gauge Lagrangians
and mixing pseudoscalar meson-baryon with the vector meson-baryon states in a coupled …