We discuss a novel effective-field-theory-based approach for extracting two-body scattering
information from finite volume energies, serving as an alternative to Lüscher's method. By …

We present mass spectrum and magnetic moments of the n¯ n¯ QQ states, where n= u, d, s
and Q= c, b. We solve four-body Schrödinger equation with a quark potential model by using …

In order to explore the spectrum of hidden-charm scalar and tensor resonances, we study
meson-meson scattering with JPC= 0++, 2++ in the charmonium energy region using lattice …

We study 2-flavor Hamiltonian lattice QCD in (1+ 1) D with hardcore gluons, at zero and
finite density, by means of matrix product states. We introduce a formulation of the theory …

We discuss the spectrum and the internal composition of ground and excited four-quark
states in the charm and bottom energy region. To this end we extend previous calculations …

We propose that the exotic meson tetraquark ud~ dũ introduced in previous papers, may be
a pseudo-Goldstone boson having a tetrahedron geometry and symmetry. The transition …

We study tetraquarks in large $ N $ QCD with heavy quarks, in the domain where non-
relativistic quantum mechanics offers an adequate approximation. Within the regime of …

Lattice gauge theory should be able to address significant new scientific questions when
implemented on quantum computers. In practice, error-mitigation techniques have already …

We present a method for computing hybrid static quark-antiquark potentials in lattice QCD
based on Laplace trial states. They are formed by eigenvector components of the covariant …

A comprehensive study of the $ S $-wave heavy tetraquark states with identical quarks and
antiquarks, specifically $ QQ {\bar Q'}\bar Q'$($ Q, Q'= c, b $), $ QQ\bar s\bar s $/$\bar Q\bar …