Lattice Gauge Theory '86

ISBN-13: 9781461290629 / Angielski / Miękka / 2011 / 430 str.

Helmut Satz; Isabel Harrity;Jean Potvin

Opis

This volume contains the Proceedings of'the International Workshop "Lattice Gauge Theory 1986," held at Brookhaven National Laboratory, September 15 - 19, 1986. The meeting was the sequel to the one held at Wuppertal in 1985, the Proceedings of which have appeared in the same Plenum series. During the past few years, a considerable number of meetings on lat tice gauge theory have been held, on both sides of the Atlantic. With our workshop, through early planning and coordination with other prospective organizers, we tried to channel this activity into one major yearly meeting. For 1986, these efforts were successful, and it is our hope that a pattern has been set for the coming years. One result, however, was that the number of participants considerably exceeded that normally found at NATO Advanced Research Workshops. This year, a "nucleus" of NATO-supported experts induced a large number of further interested specialists to obtain their own funds - thus greatly amplifying the impact of the event. The topics covered at the workshop ranged from hadron spectra to strong interaction thermo dynamics; they included spontaneous symmetry breaking and Higgs models, renormalization group methods, as well as many contributions on various possible schemes for the simulation of dynamical quarks. First systematic applications of finite size scaling to lattice gauge theory were discussed, and the approach to the continuum limit was considered in detail."

Spis treści

Lattice QCD at Finite Density.- Finite Size Scaling and Lattice Gauge Theory.- Recent Results from the University of California Weak Matrix Element Calculation.- Finite Density Aggregation.- Recent Results on MCRG Studies of the SU(3) ß-Function and on Quenched Hadron Masses.- Feasibility of Lattice QCD Simulations for Weak Decay Processes.- The Columbia Supercomputer Project: Physics Results Present Status and Future Plans.- Fourier Acceleration and Lattice Gauge Theories.- Properties of the Gluon Plasma Just Above Tc.- Renormalization and Continuum Limit of Composite Operators in Lattice Gauge Theories.- Langevin Simulations with Dynamical Quark Loops.- On the QCD ß-Function.- The Propagator Matrix and the Quenched Approximation at Finite Baryonic Density.- The QCD Glueball Mass in the Presence of Dynamical Fermions.- More on the First Order Chiral Symmetry Transition in QCD.- The Continuum Limit of SU(2) Gauge-Higgs Model.- The Higgs Meson Mass and the Scale of New Physics in the Standard Model.- The Fundamental SU(2) Higgs Model at Finite Temperature.- Hadron Spectrum on a 163 × 48 Lattice.- Higgs Phase Transition in the U(1) and SU(2) Lattice Higgs Models.- Thermal Green’s Functions of the Energy-Momentum Tensor and Transport Coefficients of the SU(3) Yang-Mills Gas.- Renormalization Flow Structure in Lattice QED.- The Gluon is Massive: A Lattice Calculation of the Gluon Propagator in the Landau Gauge.- New Developments on Order Parameters and Related Problems.- The Lattice-Regularized Standard Higgs Model.- Continuum Symmetry Restoration in Lattice Models with Staggered Fermions.- Towards the Limit of the Quenched Approximation in Hadron Mass Calculations.- Debye Screening and Nonperturbativity in Hot QCD.- On the Comparison of String Models with Lattice QCD.- Numerical Studies of Random Surfaces.- Lattice Gauge Fields and Topology.- Chromomagnetic Monopoles.- Toward a Pseudofermion Calculation of the Hadronic Mass Spectrum.- Monte Carlo Determination of the Spin-Dependent Potentials.- Baryon Number Conservation in Lattice Gauge Theory.- Experimenting with Langevin Lattice QCD.- Kaon Decay Amplitudes using Staggered Fermions.- Microcanonical and Hybrid Simulations of Lattice Quantum ChromoDynamics with Dynamical Fermions.- Pseudoscalar Masses and Index Theorem.- Scaling Studies of QCD on Asymmetric Lattices.- Monte Carlo Investigations of Asymptotic Scaling in QCD.- Results on SU(3) Gauge Theory in a Finite Volume.- The GF11 Parallel Computer.

O autorze

Helmut Satz, geb. 1936, war von 1971 bis 2001 Professor für Theoretische Physik an der Universität Bielefeld. Sein Forschungsschwerpunkt ist die Physik der ersten Sekundenbruchteile nach dem Urknall. Zusammen mit seinem Schüler Frithjof Karsch machte er Bielefeld zu einem der weltweit führenden Zentren für die Untersuchung von Materie bei extrem hohen Dichten und Temperaturen.