BG/L Calculations of the QCD Critical Temperature and Equation of State | Zendy

T Battacharya | Zendy; Alexei Bazavov | Zendy; M. Cheng | Zendy; Norman H. Christ | Zendy; Carleton DeTar | Zendy; Steven Gottlieb | Zendy; Rajan Gupta | Zendy; Urs M. Heller | Zendy; Kay Huebner | Zendy; Chulwoo Jung | Zendy; F. Karsch | Zendy; E. Laermann | Zendy; L. Levkova | Zendy; Thomas Luu | Zendy; Robert D. Mawhinney | Zendy; Péter Petreczky | Zendy; D Renfrew | Zendy; Christian Schmidt | Zendy; R. A. Soltz | Zendy; W. Soeldner | Zendy; Robert Sugar | Zendy; D. Toussaint | Zendy; Pavlos Vranas | Zendy

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BG/L Calculations of the QCD Critical Temperature and Equation of State

Author(s) -

T Battacharya,

Alexei Bazavov,

M. Cheng,

Norman H. Christ,

Carleton DeTar,

Steven Gottlieb,

Rajan Gupta,

Urs M. Heller,

Kay Huebner,

Chulwoo Jung,

F. Karsch,

E. Laermann,

L. Levkova,

Thomas Luu,

Robert D. Mawhinney,

Péter Petreczky,

D Renfrew,

Christian Schmidt,

R. A. Soltz,

W. Soeldner,

Robert Sugar,

D. Toussaint,

Pavlos Vranas

Publication year - 2007

Language(s) - English

Resource type - Reports

DOI - 10.2172/924002

Subject(s) - discretization , quantum chromodynamics , supercomputer , lattice qcd , lattice (music) , equation of state , physics , statistical physics , computer science , thermodynamics , mathematics , particle physics , parallel computing , mathematical analysis , acoustics

We summarize the latest results from performing Lattice QCD calculations with two different discretization schemes, asqtad and p4fat3, on the LLNL BG/L supercomputer, and present a plan for continued running to complete the calculation of the QCD transition temperature and equation of state

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