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Probing the QCD equation of state with thermal photons in nucleus–nucleus collisions at RHIC
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Probing the QCD equation of state with thermal photons in nucleus–nucleus collisions at RHIC
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Journal Article
Probing the QCD equation of state with thermal photons in nucleus–nucleus collisions at RHIC
2006
Overview
Thermal photon production at mid-rapidity in Au+Au reactions at is studied in the framework of a hydrodynamical model that describes efficiently the bulk identified hadron spectra at RHIC. The combined thermal plus NLO pQCD photon spectrum is in good agreement with the yields measured by the PHENIX experiment for all Au+Au centralities. Within our model, we demonstrate that the correlation of the thermal photon slopes with the charged hadron multiplicity in each centrality provides direct empirical information on the underlying degrees of freedom and on the form of the equation of state, s(T)/T3, of the strongly interacting matter produced in the course of the reaction.
Publisher
Springer Nature B.V
Subject
