The Static Quark-Antiquark Potential: A ``Classical'' Experiment On The Connection Machine CM-2
K. Schilling, G.S. Bali
TL;DR
This paper reports on a high-statistics study of the static quark-antiquark potential in quenched QCD using parallel computing, providing new data on string tension and plaquette action across a range of beta values.
Contribution
It presents a comprehensive high-statistics determination of the static quark-antiquark potential and related quantities using parallel computing techniques.
Findings
New data for string tension and plaquette action for 5.5 < beta < 6.8
High-statistics results improve precision of potential measurements
Demonstrates effectiveness of parallel computing in lattice QCD
Abstract
We describe the Wuppertal university pilot project in applied parallel computing. We report on a comprehensive high statistics determination of the static quark-antiquark potential and related quantities from quenched quantum chromodynamics. New data for the string tension and the plaquette action for the region 5.5 < beta < 6.8 is presented.
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