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Early local equilibration of a hot medium created in high-energy heavy ioncollisions has been one of the long standing issues in hadron physics. Theglasma model predicts that the medium initially has a large amount ofhigh-momentum gluons but few quarks. We develop a phenomenological model basedon collinear splitting and recombination of quarks and gluons for a simplifieddescription of thermalization and chemical equilibration. We find that bothcould be achieved in a short time but chemical equilibration is slower thanthermalization.

Collinear parton splitting in early thermalization and chemical equilibration