Working with a pion mass m π≈ 150 MeV, we study π π and K π scattering using two flavors
of nonperturbatively improved Wilson fermions at a lattice spacing a≈ 0.071 fm. Employing …

We compute the axial, scalar, tensor and pseudoscalar isovector couplings of the nucleon
as well as the induced tensor and pseudoscalar charges in lattice simulations with N f= 2 …

We present a high statistics study of the pion and nucleon light and strange quark sigma
terms using N f= 2 dynamical nonperturbatively improved clover fermions with a range of …

Graphics Processing Units (GPUs) are having a transformational effect on numerical lattice
quantum chromo-dynamics (LQCD) calculations of importance in nuclear and particle …

The explicit breaking of chiral symmetry of the Wilson fermion action results in additive quark
mass renormalization. Moreover, flavor singlet and nonsinglet scalar currents acquire …

It has been observed in multiple lattice determinations of isovector axial and pseudoscalar
nucleon form factors, that, despite the fact that the partial conservation of the axialvector …

We present the results of a high resolution numerical study of two-dimensional (2D)
Rayleigh–Taylor turbulence using a recently proposed thermal lattice Boltzmann method …

Memristors have successfully been used to build efficient reservoir computers. The power
consumption of memristive reservoirs, however, is bounded by the resistive nature of such …

In this paper we present an implementation for the QPACE supercomputer of a Lattice
Boltzmann model of a fluid-dynamics flow in 2 dimensions. QPACE is a massively parallel …

In the last decades, supercomputers have become a necessity in science and industry.
Huge data centers consume enormous amounts of electricity and we are at a point where …