In a driven symmetric electrolyte, ion density correlations form a universal conical long-range shape and relax diffusively after a field quench, explaining the algebraic relaxation of the current.
The conductivity of electrolytes, for instance, has been explored with this approach in the early works of Debye and Hückel [1] and later Onsager [2]
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Stationary and transient correlations in driven electrolytes
In a driven symmetric electrolyte, ion density correlations form a universal conical long-range shape and relax diffusively after a field quench, explaining the algebraic relaxation of the current.