F. Romero-L'opez

collaborators

3 papers

hep-lat2026

Preliminary study of the $H$ dibaryon in $N_{f} = 2 + 1$ lattice QCD

André Baião Raposo, John Bulava, Jeremy R. Green +9

We present preliminary results on the $I = 0$ , $S = - 2$ $H$ dibaryon in $N_{f} = 2 + 1$ QCD. The calculation is performed with heavier-than-physical quarks ( $m_{π} \approx 280$ MeV) on a…

hep-lat2026

Three-body study of the $T_{cc} (3875)^{+}$ from lattice QCD

Herzallah Alharazin, André Baião Raposo, John Bulava +7

We discuss an ongoing first lattice study of the doubly-charmed tetraquark $T_{cc}^{+}$ (3875) via a three-body approach. We investigate the $D D π$ system in the $I = 0$ , $C = 2$ sector, w…

hep-lat2025

Using Exascale Computing to Explain the Delicate Balance of Nuclear Forces in the Universe

M. A. Clark, A. Hanlon, D. Howarth +10

The vast majority of visible matter in our universe comes from protons and neutrons (the nucleons). Nucleon interactions are fundamental to how the universe developed after the Big…

Preliminary study of the H dibaryon in Nf​=2+1 lattice QCD

Three-body study of the Tcc​(3875)+ from lattice QCD

Using Exascale Computing to Explain the Delicate Balance of Nuclear Forces in the Universe

Preliminary study of the $H$ dibaryon in $N_{f} = 2 + 1$ lattice QCD

Three-body study of the $T_{cc} (3875)^{+}$ from lattice QCD