  We study the physics of probe D6-branes with quantized internal worldvolume
flux in the ABJM background with unquenched massless flavors. This flux breaks
parity in the (2+1)-dimensional gauge theory and allows quantum Hall states.
Parity breaking is also explicitly demonstrated via the helicity dependence of
the meson spectrum. We obtain general expressions for the conductivities, both
in the gapped Minkowski embeddings and in the compressible black hole ones.
These conductivities depend on the flux and contain a contribution from the
dynamical flavors which can be regarded as an effect of intrinsic disorder due
to quantum fluctuations of the fundamentals. We present an explicit, analytic
family of supersymmetric solutions with nonzero charge density, electric, and
magnetic fields.
