Recent experiments studying the meson–nucleus interaction to extract meson–nucleus
potentials are reviewed. The real part of the potentials quantifies whether the interaction is …

In our quest to win a deeper understanding of how QCD actually works, the study of the
binding of heavy quarkonia and heavy-flavor hadrons to atomic nuclei offers enormous …

The last few years have been witness to a proliferation of new results concerning heavy
exotic hadrons. Experimentally, many new signals have been discovered that could be …

We study the properties of D and ̄D mesons in hot isospin asymmetric strange hadronic
matter, arising due to their interactions with the hadrons in the hyperonic medium. The …

We investigate the in-medium masses of the pseudoscalar (D, D¯, D s±), and vector (D*,
D¯*, D s*±), open charm mesons in isospin asymmetric magnetized nuclear matter …

We study the partial decay widths of charmonium (bottomonium) states to DD¯(BB¯) mesons
in magnetized (nuclear) matter using a field theoretical model of composite hadrons with …

In the framework of weakly coupled potential nonrelativistic QCD, we derive, first, an
analytical expression for the chromopolarizability of 1 S bottomonium states in agreement …

J/Ψ-nuclear bound state energies are calculated for a range of nuclei by solving the Proca
(Klein-Gordon) equation. Critical input for the calculations, namely the medium-modified D …

We study the octet baryon electromagnetic form factors in nuclear matter using the covariant
spectator quark model extended to the nuclear matter regime. The parameters of the model …

We study the partial decay widths of the charmonium states (J/ψ J/ψ, ψ(3686) ψ (3686),
ψ(3770) ψ (3770), c0 χ c 0, c2 χ c 2 to D̄D DD¯(D^+D^- D+ D-or D^0̄D^0 D 0 D 0¯) in …