Conference papers in this publication discuss quark confinement in general, pure gauge theory, effects of dynamical quarks and high temperature deconfinement.
Quark confinement and liberation : numerical results and theory / edited by F.R. Klinkhamer, M.B. Halpern
Subject
Gauge fields (Physics)--Congresses
Quark confinement--Congresses
Publisher
World Scientific, 1985
National Library Board Singapore, 1985
Contributors
Klinkhamer, F.R.
Halpern, M.B.
Lawrence Berkeley Laboratory. Nuclear Science
Digital Description
application/pdf, ill.
Table of Contents
what do we know? J D. Stack -- The mass gap, the confining string and the physics of (lattice) topology. M. Teper -- The approach of the continuum limit in SU(3) lattice gauge theory. A. Hasenfratz -- A reliable combinatorial algorithm for the topological charge of SU(2) lattice gauge fields. G. Lasher, A. Phillips & D. Stone -- The t-expansion: status report. M. Karllner & M. Welnsteln -- Fermion Monte Carlo algorithms. D. Welngarten -- The GF11 supercomputer. J. Beetem, M. Denneau & D. Welngarten -- Langevin simulations of lattice field theories. P. Lepage -- Simulating lattice gauge theory with fermions. J. B. Kogut -- On deconfinement at finite Baryon number density. H. Satz -- A general analysis of the chiral phase transition. R. D. Pisarski -- The deconfinement transition and MCRG. R. Gupta, G. Guralnik, A. Patel, T. Warnock & C. Zemach -- Computations of finite temperature QCD with the pseudofermion method. F. Fucito & S. Solomon -- Cygnus X-3, ultra-relativistic nuclear collisions, high density matter, and other stuff which we don't know too much about. L. McLerran -- Parallel sessions -- List of participants.
Copyright
All Rights Reserved. National Library Board Singapore 2009.