We consider the D¯(*) Σ c (*) states, together with J/ψ N and other coupled channels, and
take an interaction consistent with heavy quark spin symmetry, with the dynamical input …

We present a detailed study of the lowest-lying 1 2− and 3 2− Λ Q resonances both in the
heavy quark (bottom and charm) and the strange sectors. We have paid special attention to …

We extend the theoretical framework used to describe the T cc state as a molecular state of
D* D and make predictions for the D* D* and D s* D* systems, finding that they lead to …

We perform an analytical study of the scattering matrix and bound states in problems with
many physical coupled channels. We establish the relationship of the couplings of the states …

We study the interaction of the doubly bottom systems BB, B* B, B s B, B s* B, B* B*, B* B s,
B* B s*, B s B s, B s B s*, B s* B s* by means of vector meson exchange with Lagrangians …

After some short introductory remarks on particular issues on the vector mesons in nuclei, in
this paper, we present a short review of recent developments concerning the interaction of …

We study charmed and strange baryon resonances that are generated dynamically by a
unitary baryon-meson coupled-channel model which incorporates heavy-quark spin …

In this paper we study the effects of isospin breaking in the dynamical generation of the X
(3872) state. We also calculate the ratio of the branching fractions of the X decaying into J/ψ …

A model is developed to describe odd-parity baryon resonances generated dynamically
through a unitary baryon-meson coupled-channels approach. The scheme applies to …

We study charmed baryon resonances that are generated dynamically within a unitary
meson-baryon coupled-channel model that treats the heavy pseudoscalar and vector …