Transcription of Computational Challenges in QCD Thermodynamics
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Computational Challenges in QCD Thermodynamics
Computational Challenges in QCD ThermodynamicsCarleton DeTar and Frithjof Karsch(USQCD Collaboration)(Dated: February 6, 2013)CONTENTSP reambleiiI. Introduction1II. Current results and future Challenges in QCD The QCD transition and equation of The critical The properties of the quark-gluon The chiral limit11 III. Scientific Computational Computational priorities18IV. Summary of accomplishments and Challenges20 References21iPreambleTo a large extent complex many body interactions control the various phases of strong interactionmatter that are of relevance for our understanding of the nuclear force and its role in determining thestructure of nuclear matter. Accounting for their effects quantitatively requires nonperturbativetechniques, such as the numerical simulation of lattice-regularized Quantum Chromodynamics(QCD).
thermodynamics has, to a large extent, been described in a Scienti c Grand Challenge report issued by the U.S. Department of Energy in 2009 [1]. We will discuss here how we proceeded
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