We present a lattice QCD study of the elastic S-wave DB¯ scattering in search of tetraquark
candidates with explicitly exotic flavor content bcu¯ d¯ in the isospin I= 0 and JP= 0+ …

We report a lattice QCD study of the heavy-light meson-meson interactions with an explicitly
exotic flavor content bcu¯ d¯, isospin I= 0, and axial-vector JP= 1+ quantum numbers in …

We provide a formulation of potential nonrelativistic quantum chromodynamics (pNRQCD)
suitable for calculating binding energies and matrix elements of generic hadron and …

Exploring nuclear physics through the fundamental constituents of the strong force—quarks
and gluons—is a formidable challenge. While numerical calculations using lattice quantum …

We investigate the role of the electromagnetic interaction in the formation and decay of the X
(3872). The binding properties of the X (3872) are studied by assuming the molecular nature …

In this letter, we propose a novel mechanism for charmonium scattering that utilizes the
internal structure of charmonium. By capturing light flavor quarks and anti-quarks from the …

We reveal the quark exchange effects related to both the kinetic energy and various
interactions in the single flavored dibaryon bound states with S 0 1 in the quark models. The …

Motivated by the existence of two-body hadronic molecules composed of Ω Ω, Ω ccc Ω ccc,
and Ω bbb Ω bbb predicted by lattice QCD simulations, we use the Gaussian expansion …

Inspired by the fully heavy tetraquark states reported by the LHCb, ATLAS and CMS
Collaborations, we perform a systematical investigation of the low-lying fully heavy …

We present the most precise results for the ground state mass of the triply-charmed spin-
$3/2$ baryon using lattice quantum chromodynamics. The calculations are performed on six …