Fermion Algorithms - Proceedings Of The Workshop

Hybrid Monte Carlo algorithm on the connection machine, A.D.Kennedy; QCD on the iPSC/860, C.Bernard et al; acceptances and autocorrelations in the hybrid Monte Carlo algorithm, S.Gupta; topology and SU(2) lattice gauge theory with dynamical Wilson fermions, B.Jozefini et al; parallelization of the worldline quantum Monte Carlo method, J.Gubernaltis and W.R.Somsky; quantum Monte Carlo simulations for the three-band hubbard model, G.Dopf et al; Monte Carlo diagonalization of very large matrices - application to fermion systems, H.De Raedt and W.von der Linden; off-diagonal long range order in an electron-phonon model for high-Tc superconductors, M.Frick et al; blockspin and multigrid for staggered fermions in non-abelian gauge fields, T.Kakreuter et al; parallel-transported multigrid beats conjugate gradient, S.Solomon and P.G. Lauwers; multigrid inversion of the staggered fermion matrix with U (1) and SU (2) gauge fields, A.Hulsebos et al; calculating the quark propagators using the migdal-kadanoff transformation, V. Vyas; application of monomer-dimer alogorithms in strong coupling QCD, J.Fingberg; a geometrical view of the minus sign problem, A.Muramatsu et al; kernel control of complex Langevin simulation, L.Schulke and B.Zheng; cluster Monte Carlo algorithms in statistical mechanics, J.S. Wang; cluster algorithms for nonlinear sigma models, U.Wolff; an efficient algorithm for cluster upates in Z (2) lattice gauge theories, B.Bunk; cluster algorithms for surfaces, H.G.Evertz et al.