  We study a novel non-Abelian matrix configuration of probe D-branes in AdS5.
This configuration gives rise to a new D-brane phenomenon related to the known
"Myers effect" in the context of holography. It is dual to a deformation of the
field theory by a Wilson line threaded fermion bilinear. We study the two point
function of these short Wilson lines from both the non-Abelian DBI action and a
classical string world sheet calculation and identify the region where they
agree. We also study a related configuration where the non-Abelian nature of
the embedding functions is enhanced by a background flux as in the Myers
effect.
