  It has been believed since the paper by Fischler, Kogut and Susskind (FKS)
that in QED_2 at finite charge density the chiral condensate exhibits a
spatially inhomogeneous, oscillating behaviour. In this paper we demonstrate
that this inhomogeneity is due to unphysical explicit breaking of the
translational invariance by a uniform background charge density. Moreover, we
investigate in the context of a simple statistical model what happens if the
neutralizing background is composed instead of heavy, but dynamical, particles.
We find that in contrast to the standard picture of FKS, the chiral condensate
will not exhibit coherent oscillations on large distance scales, unless the
heavy neutralizing particles themselves form a crystal and the density is high.
