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The expanding fireball shortly after a heavy ion collision may bequalitatively described by a condensate of color fields or gluons which isanalogous to Bose-Einstein-condensation for massive bosonic particles. Thiscondensate is a transient non-equilibrium phenomenon and breaks Lorentz-boostsymmetry. The dynamics of color field condensates involves collectiveexcitations and is rather different from the perturbative scattering of gluons.In particular, it provides for an efficient mechanism to render the localpressure approximately isotropic after a short time of 0.2 fm/c. We suggestthat an isotropic color field condensate may play a central role for a simpledescription of prethermalization and isotropization in the early stages of thecollision.

Isotropization from Color Field Condensate in heavy ion collisions