Proceedings of the Workshop on Physics at the Japan Hadron Facility (JHF): Adelaide, Australia, 14-21 March 2002Vadim Guzey This volume outlines the exciting new opportunities in hadron physics which have been created by the Japan Hadron Facility (JHF), a major joint initiative between KEK and JAERI. The topics covered include unprecedented possibilities of studying strange matter, neutrino oscillations and hadron structure. The close interaction with lattice QCD is emphasised. |
Contents
KEKJAERI Joint Project on HighIntensity Proton Accelerators | 3 |
JHF Overview Strangeness Nuclear Physics and Particle | 25 |
Weak Decays of Hyperon and Hypernuclei | 41 |
HyperonNucleon Interaction and Strangeness Production | 60 |
Implications of the JHFKamioka Neutrino Oscillation Experiment | 73 |
NonStandard Interactions and Neutrino Oscillations | 93 |
Lattice QCD and Hadron Structure | 115 |
Lattice QCD Gauge Fixing and the Transition to | 136 |
Quenched Chiral Physics in Baryon Masses | 155 |
Hadron Masses from a Novel FatLink Fermion Action | 174 |
Smallx Nuclear Effects in Parton Distributions | 187 |
Nucleons as Relativistic ThreeQuark States | 203 |
Common terms and phrases
5000 AUSTRALIA A. W. Thomas Adelaide 10 Pulteney amplitudes antiquark baryon beam line behaviour calculations channel chiral limit chiral symmetry configurations constituent quark contributions Cooper pairs correlations coupling constants cross section CSSM University density detector diagrams diquark Drell-Yan E-mail effects energy equation exchange experimental experiments extrapolation fermion Figure finite flavour form factor gauge fixing gauge orbit gauge-fixing gluon hadron Hamiltonian hypernuclei hyperon interaction kaon lattice data lattice QCD Lett loop magnetic moments matrix momentum muon neutrino oscillation neutron nPDFs Nucl nuclear matter nuclei nucleon NuTeV parameters particle parton distribution perturbation phase Phys pion condensation pion mean-field potential production proton proton beams quark mass quark model quenched ratio relativistic scalar strangeness structure sum rule symmetry breaking theoretical theory transition University of Adelaide valence vector meson vertex wave function