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Diffusion of conserved charges in relativistic heavy ion collisions · Around

2017

Diffusion of conserved charges in relativistic heavy ion collisions

Greif, Moritz, Fotakis, Jan A., Denicol, Gabriel S. et al.

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In order to characterize nuclear matter under extreme conditions, we calculate all diffusion transport coefficients related to baryon, electric and strangeness charge for both a hadron resonance gas and a simplified kinetic model of the quark-gluon plasma.

We demonstrate that the diffusion currents do not depend only on gradients of their corresponding charge density.
Instead, we show that there exists coupling between the different charge currents, in such a way that it is possible for density gradients of a given charge to generate dissipative currents of another charge.
Within this scheme, the charge diffusion coefficient is best viewed as a matrix, in which the diagonal terms correspond to the usual charge diffusion coefficients, while the off-diagonal terms describe the coupling between the different currents.

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