We present a lattice calculation of the leading order hadronic vacuum polarization
contribution to the muon anomalous magnetic moment for the connected light and strange …

The dynamics of multikaon systems are of relevance for several areas of nuclear physics.
However, even the simplest systems, two and three kaons, are hard to prepare and study …

We perform a fit of the finite-volume QCD spectrum of three pions at maximal isospin to
constrain the three-body force. We use the unitarity-based relativistic three-particle …

Resonant hadronic systems often exhibit a complicated decay pattern in which three-body
dynamics play a relevant or even dominant role. In this work we focus on the a 1 (1260) …

We present a lattice QCD calculation of the parameters of the ρ meson decay. The study is
carried out on spatially asymmetric boxes using nHYP-smeared clover fermions with two …

Over the past five years, graphics processing units (GPUs) have had a transformational
effect on numerical lattice quantum chromodynamics (LQCD) calculations in nuclear and …

We perform a high-precision calculation of the phase shifts for π-π scattering in the I= 1, J= 1
channel in the elastic region using elongated lattices with two mass-degenerate quark …

We conduct a two-flavor (N f= 2) lattice QCD calculation of the elastic phase shifts for pion-
pion scattering in the scalar, isoscalar channel (the σ-meson). The calculation is performed …

The Keeneland project—named for a historic thoroughbred horse racing track in Lexington,
Kentucky—is a five-year Track 2D grant awarded by the US National Science Foundation …

It was recently proposed that there is a phase in thermal QCD (IR phase) at temperatures
well above the chiral crossover, featuring elements of scale invariance in the infrared (IR) …