We perform a dynamical calculation of the Δ Δ dibaryon candidates with IJP= 03+ and IJP=
30+ in the framework of two constituent quark models: the quark delocalization color …

We report the results of a high-statistics search for H dibaryon production in inclusive Υ (1 S)
and Υ (2 S) decays. No indication of an H dibaryon with a mass near the MH= 2 m Λ …

We study two-and three-baryon systems with two units of charm looking for possible bound
states or resonances. All two-baryon interactions are consistently derived from a constituent …

We have used realistic local interactions based on the recent update of the strangeness− 2
Nijmegen ESC08c potential to calculate the bound-state problem of the Ξ NN system in the …

We investigate the symmetry property and construct the wave function of the dibaryon states
containing two strange quarks with S= 0 in both the flavor SU (3) symmetric and breaking …

By using local central Yukawa-type interactions that reproduce the low-energy parameters of
the latest updates of the Nijmegen ESC08c potentials, we show that the N Ξ, NN Ξ, N Ξ Ξ …

We present multiple results on the production of loosely bound molecules in bottomonium
annihilations and e+ e-collisions at s= 10.58 GeV. We perform the first comprehensive test of …

We study the two-baryon system with two units of charm looking for the possible existence of
a loosely bound state resembling the H dibaryon. We make use of a chiral constituent quark …

Possible H-like dibaryon states Λ c Λ c and Λ b Λ b are investigated within the framework of
the quark delocalization color screening model. The results show that the interaction …

We use a diagrammatic method to derive the Faddeev equations of the coupled NΛΛ–ΞNN
system and apply them to the bound-state problem of the $(I,{{J}^{P}})=(\frac {1}{2},{{\frac …