CONTENTS -- Preface -- 1 Chiral Fermions and Perfect Action -- Approximate Ginsparg-Wilson Fermions for QCD -- Low Energy Structure of Domain Wall Fermions -- An Almost Perfect Lattice Action for Infrared QCD -- 2 Hadron and Glueball Masses -- Full QCD Light Hadron Spectrum and Quark Masses -- Excited Heavy Baryon Masses From the l/Nc Expansion of HQET -- Lattice Study of Scalar and Tensor Glueballs -- Preliminary Results for Light Hadron Masses from Lattice QCD on Asymmetric Lattices -- 3 Numerical Algorithms -- A Study of Lattice SU(2) Gauge Configurations by Cooling -- Green's Function Monte Carlo Approach to SU(3) Yang-Mills Theory in (3+l)D -- Tutorial on Quasi-sparse Eigenvector Diagonalization -- Monte Carlo Hamiltonian: Generalization to Quantum Field Theory -- Odd-flavor Simulations by Hybrid Monte Carlo -- 4 QCD at Finite Density and Temperature -- Diquark Condensation in Two Colour QCD -- Simulation of SU(2) Dynamical Fermions at Finite Chemical Potential and at Finite Temperature -- QCD at Finite Density -- High Temperature QCD and Dimensional Reduction -- 5 QCD Vacuum and Topological Issues -- QCD with a 0-Vacuum Term: a Complex System with a Simple Complex Action -- Gluons in the Lattice SU(2) Classical Gauge Field -- Do Instantons of the CP(N-l) Model Melt? -- A Study of Center Vortices in SU(2) and SU(3) Gauge Theories -- Further Properties of Instantons and Monopoles in the QCD Vacuum -- 6 Quantum and Parallel Computing -- Why Quantum Computation? -- High Performance Parallel Computer from Commodity PC Components -- 7 Statistical Mechanics -- First Order Phase Transition of the Q-State Potts Model in Two Dimensions -- Multi-Overlap Monte Carlo Studies of Spin Glasses -- Short-time Critical Dynamics -- Nonperturbative Approach to Frustrated Magnets.

Universal Short-time Critical Behavior on the Two-Dimensional Triangular Lattices -- 8 Supersymmetry and Beyond the Standard Model -- Supersymmetry on the Lattice -- Anomaly Charge Quantization and Family -- List of Participants and Contact Information.