Modeling the QCD Equation of State in Relativistic Heavy Ion Collisions on BlueGene/L | Zendy

R. A. Soltz | Zendy; John Grady | Zendy; E. P. Hartouni | Zendy; Rajan Gupta | Zendy; Ivan Vitev | Zendy; Emil Mottola | Zendy; Péter Petreczky | Zendy; F. Karsch | Zendy; Norman H. Christ | Zendy; Robert D. Mawhinney | Zendy; Steffen A. Bass | Zendy; B. Mueller | Zendy; Pavlos Vranas | Zendy; L. Levkova | Zendy; Dénes Molnár | Zendy; Derek Teaney | Zendy; C. De Tar | Zendy; D. Toussaint | Zendy; R. Sugar | Zendy

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Modeling the QCD Equation of State in Relativistic Heavy Ion Collisions on BlueGene/L

Author(s) -

R. A. Soltz,

John Grady,

E. P. Hartouni,

Rajan Gupta,

Ivan Vitev,

Emil Mottola,

Péter Petreczky,

F. Karsch,

Norman H. Christ,

Robert D. Mawhinney,

Steffen A. Bass,

B. Mueller,

Pavlos Vranas,

L. Levkova,

Dénes Molnár,

Derek Teaney,

C. De Tar,

D. Toussaint,

R. Sugar

Publication year - 2006

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/897923

Subject(s) - relativistic heavy ion collider , quantum chromodynamics , physics , heavy ion , equation of state , national laboratory , supercomputer , context (archaeology) , lattice qcd , nuclear physics , quark–gluon plasma , particle physics , ion , parallel computing , computer science , engineering physics , thermodynamics , quantum mechanics , paleontology , biology

On 9,10 Feb 2006 a workshop was held at LLNL to discuss how a 10% allocation of the ASC BG/L supercomputer performing a finite temperature Lattice QCD (LQCD) calculation of the equation of state and non-equilibrium properties of the quark-gluon state of matter could lead to a breakthrough in our understanding of recent data from the Relativistic Heavy Ion Collider at Brookhaven National Lab. From this meeting and subsequent discussions we present a detailed plan for this calculation, including mechanisms for working in a secure computing environment and inserting the resulting equation of state into hydrodynamic transport models that will be compared directly to the RHIC data. We discuss expected benefits for DOE Office of Science research programs within the context of the NNSA mission

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