Speaker: Christopher Dawson (University of Virginia)

Title:
Recent Results in full QCD using Domain Wall Fermions

Abstract:
Domain Wall Fermions provide a (five dimensional) formulation of lattice
QCD which respects the vector and chiral symmetries of the
continuum action at finite lattice spacing, greatly simplifying many
calculations, albeit at increased computational cost. However, increases
in available computing power, and algorithmic advances over the past
few years have made calculations in full (rather than quenched) QCD
using Domain Wall Fermions practical.

In this talk, I will briefly discuss the Domain Wall Fermion
approach to lattice QCD, and the ongoing large scale full QCD
lattice generation program of the RBC,UKQCD and LHPC collaborations.
After this I will describe recent physics results, concentrating on
the low lying meson spectrum, and Kaon physics.