In the past decade, exotic hadrons with charm and bottom flavors have been extensively
studied both in experiments and in theories. In this review, we provide topical discussions by …

Current studies on heavy hadrons in nuclear medium are reviewed with a summary of the
basic theoretical concepts of QCD, namely chiral symmetry, heavy quark spin symmetry, and …

T cc (ccu¯ d¯)+ has been reported by the LHCb experiment in 2022. The analysis using the
Breit-Wigner parametrization found the small binding energy, 0.273 MeV, which is measured …

The, recently observed by the LHCb Collaboration in the invariant mass of the process, is
the first exotic candidate with four different flavors, beginning a new era for the hadron …

We discuss the properties of hadronic systems containing one heavy quark in the heavy
quark limit. The heavy quark symmetry guarantees the mass degeneracy of the states with …

In this paper, we investigate the hidden-charm pentaquarks as D¯(*) Λ c and D¯(*) Σ c (*)
molecules coupled to the five-quark states. Furthermore, we extend our calculations to the …

We investigate the decays of the charmed baryons aiming at the systematic understanding
of hadron internal structures based on the quark model by paying attention to heavy quark …

The Kondo effect for isospin-exchange interaction between a D¯, B meson and a valence
nucleon in charm and bottom atomic nuclei including the discrete energy levels for valence …

A potential model for the interaction between a charmed baryon (,, and) and the nucleon () is
constructed. The model contains a long-range meson (and) exchange part and a short …

We study the Kondo effect for D¯ s and D¯ s* mesons as impurity particles in nuclear matter.
The spin-exchange interaction between the D¯ s or D¯ s* meson and the nucleon induces …