  In this article, we study the ground-state mass of full-heavy tetraquarks
$cc\bar c\bar c$ and $bb\bar b \bar b$ with solving the nonrelativistic
four-body systems. The flux-tube configurations, the tetraquark four-body
potential butterfly, and the dimeson potential flip-flop of SU(3) lattice
quantum chromodynamics have been applied to describe the tetraquark
interaction. Our numerical analysis indicates that the disconnected and
connected static potentials can predict the mass of tetraquark very close to
experimental data.
