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QCD with 2 light quark flavours: Thermodynamics on a 163 × 8 lattice and glueballs and topological charge on a 163 × 32 lattice

Nuclear Physics B Proceedings Supplements 30:C (1993) 315-318

Authors:

KM Bitar, R Edwards, S Gottlieb, UM Heller, AD Kennedy, S Kim, JB Kogut, A Krasnitz, W Liu, MC Ogilvie, RL Renken, DK Sinclair, RL Sugar, M Teper, D Toussaint, KC Wang

Abstract:

The HTMCGC collaboration has been simulating lattice QCD with two light staggered quarks with masses mq = 0.0125 and also mq = 0.00625 on a 163 × 8 lattice. We have been studying the behaviour of the transition from hadronic matter to a quark-gluon plasma and the properties of that plasma. We have been measuring entropy densities, Debye and hadronic screening lengths, the spacial string tension and topological susceptibility in addition to the standard order parameters. The HEMCGC collaboration has simulated lattice QCD with two light staggered quarks, mq = 0.025 and mq = 0.010 on a 163 × 32 lattice. We have measured the glueball spectrum and topological susceptibilities for these runs. © 1993.
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Some physical properties of SU(2) gauge fields in three dimensions

Nuclear Physics B Proceedings Supplements 30:C (1993) 529-532

Abstract:

We calculate (part of) the glueball mass spectrum, the string tension and the deconfining temperature for D=2+1 SU(2) lattice gauge theory. We are able to perform an accurate extrapolation to the continuum limit. We compare our results with those available in D=3+1 and comment upon the similarities and differences. © 1993.
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AN IMPROVED METROPOLIS ALGORITHM FOR THE SIMULATION OF RANDOM SURFACES

MODERN PHYSICS LETTERS A 8:13 (1993) 1221-1231

Authors:

MG HARRIS, JF WHEATER
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FURTHER RESULTS ON CERIUM FLUORIDE-CRYSTALS

NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT 332:3 (1993) 373-394

Authors:

S ANDERSON, E AUFFRAY, T AZIZ, S BACCARO, S BANERJEE, P BAREYRE, LE BARONE, B BORGIA, D BOUTET, JP BURQ, M CHEMARIN, R CHIPAUX, I DAFINEI, P DATANASIO, F DENOTARISTEFANI, B DEZILLIE, C DUJARDIN, S DUTTA, JL FAURE, J FAY, D FERRERE, O FRANCESCANGELI, BA FUCHS, SN GANGULI, G GILLESPIE, M GOYOT, SK GUPTA, A GURTU, J HECK, A HERVE, H HILLEMANNS, F HOLDENER, B ILLE, L JONSSON, J KIERSTEAD, W KRENZ, W KWAY, JM LEGOFF, M LEBEAU, P LEBRUN, P LECOQ, Y LEMOIGNE, G LOOMIS, K LUBELSMEYER, N MADJAR, G MAJNI, H ELMAMOUNI, S MANGLA, JA MARES, JP MARTIN, M MATTIOLI, GJ MAUGER, K MAZUMDAR, P MENGUCCI, JP MERLO, B MOINE, N NIKL, JP PANSART, C PEDRINI, J POINSIGNON, K POLAK, R RAGHAVAN, P REBOURGEARD, D RINALDI, J ROSA, A ROSOWSKY, P SAHUC, V SAMSONOV, S SARKAR, V SCHEGELSKI, D SCHMITZ, M SCHNEEGANS, D SELIVERSTOV, S STOLL, K SUDHAKAR, A SVENSSON, SC TONWAR, V TOPA, JP VIALLE, M VIVARGENT, W WALLRAFF, MJ WEBER, N WINTER, C WOODY, CR WUEST, V YANOVSKI
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LATTICE MONOPOLES IN THE VILLAIN MODEL

NUCLEAR PHYSICS B (1993) 579-582

Authors:

Z SCHRAM, M TEPER
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