QCD thermodynamics on the lattice: Approaching the continuum limit with physical quark masses

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Abstract

The T>0 QCD transition is an analytic cross-over. This non-trivial result is shown by means of lattice simulations using physical quark masses and finite size scaling analysis extrapolated to the continuum limit. The transition temperature (Tc) is determined. The discrepancy between our (Wuppertal-Budapest) results and the results of the Bielefeld-Brookhaven- Columbia-Riken Collaboration & hotQCD Collaboration is discussed. Preliminary results on the equation of state are presented.

Original languageEnglish
Article number012013
JournalJournal of Physics: Conference Series
Volume230
DOIs
Publication statusPublished - 2010

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Columbia (Orbiter)
equations of state
quantum chromodynamics
transition temperature
quarks
continuums
scaling
thermodynamics
simulation

ASJC Scopus subject areas

  • Physics and Astronomy(all)

Cite this

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title = "QCD thermodynamics on the lattice: Approaching the continuum limit with physical quark masses",
abstract = "The T>0 QCD transition is an analytic cross-over. This non-trivial result is shown by means of lattice simulations using physical quark masses and finite size scaling analysis extrapolated to the continuum limit. The transition temperature (Tc) is determined. The discrepancy between our (Wuppertal-Budapest) results and the results of the Bielefeld-Brookhaven- Columbia-Riken Collaboration & hotQCD Collaboration is discussed. Preliminary results on the equation of state are presented.",
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AB - The T>0 QCD transition is an analytic cross-over. This non-trivial result is shown by means of lattice simulations using physical quark masses and finite size scaling analysis extrapolated to the continuum limit. The transition temperature (Tc) is determined. The discrepancy between our (Wuppertal-Budapest) results and the results of the Bielefeld-Brookhaven- Columbia-Riken Collaboration & hotQCD Collaboration is discussed. Preliminary results on the equation of state are presented.

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