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Preliminary charge balance functions from the STAR Collaboration at theRelativistic Heavy Ion Collider (RHIC) are compared to a model where quarks areproduced in two waves. If a chemically equilibrated quark-gluon plasma (QGP) iscreated the strength and diffusive spread of the first wave should be governedby the chemical composition of the QGP, while the second wave should bedetermined by the increased number of quarks required to make the observedfinal-state hadrons. A simple model parameterizes the chemistry of thesuper-hadronic matter and the two correlation lengths for the two waves.Calculations are compared to preliminary data from the STAR Collaboration. Thechemistry of the super-hadronic matter appears to be within 20\% ofexpectations from lattice gauge theory.

Chemical properties of super-hadronic matter created in relativistic heavy ion collisions