Nucleon matrix elements with domain wall fermions

TL;DR

This paper reports on calculations of nucleon structure function moments using domain wall fermions in lattice QCD, providing insights into nucleon internal structure with a specific computational approach.

Contribution

It presents the status of nucleon matrix element calculations employing domain wall fermions in the quenched approximation, advancing lattice QCD methods.

Findings

Initial results on nucleon structure function moments.

Use of domain wall fermions for improved chiral symmetry.

Application of DBW2 gauge action at 1.3 GeV lattice spacing.

Abstract

We present the status of our calculation of the first few moments of the nucleon structure functions. Our calculations are done using domain wall fermions in the quenched approximation with the DBW2 gauge action at 1.3GeV inverse lattice spacing.