Quantum chromodynamics with advanced computing

A S Kronfeld; Alcaraz J (LEP); Beane S R; Becher T; Bernard C (Fermilab Lattice; Bernard C (MILC); Catterall S; Catterall S; Della Morte M; Detar C E (ILDG); Detmold W (NPLQCD); Dixon L J; Eisenstein B I (CLEO); Fodor Z; Giedt J; Glimm J; Hägler P; Jüttner A; Kaplan D B; Kinoshita T; Laiho J (Fermilab Lattice; Lepage G P; Lin H W; McNeile C; Schmidt C; Schwinger J (ed); Van de Water R S (USQCD); Yao W M

research

Quantum chromodynamics with advanced computing

Authors: A S Kronfeld
Alcaraz J (LEP)
Beane S R
Becher T
Bernard C (Fermilab Lattice
Bernard C (MILC)
Catterall S
Catterall S
Della Morte M
Detar C E (ILDG)
Detmold W (NPLQCD)
Dixon L J
Eisenstein B I (CLEO)
Fodor Z
Giedt J
Glimm J
Hägler P
Jüttner A
Kaplan D B
Kinoshita T
Laiho J (Fermilab Lattice
Lepage G P
Lin H W
McNeile C
Schmidt C
Schwinger J (ed)
Van de Water R S (USQCD)
Yao W M
Publication date: 1 January 2008
Publisher: 'IOP Publishing'
Doi

Abstract

We survey results in lattice quantum chromodynamics from groups in the USQCD Collaboration. The main focus is on physics, but many aspects of the discussion are aimed at an audience of computational physicists.Comment: 17 pp. Featured presentation at Scientific Discovery with Advanced Computing, July 13-17, Seattl