  The difficulty of describing the gauge dependent bi-quark condensate in the
QCD colour superconducting phase has made it hard to construct a holographic
dual of the state. To side step this problem, we argue that near the chiral
restoration transition in the temperature-chemical potential plane, the
strongly coupled gluons are likely completely gapped so that the colour quantum
numbers of the quarks can be thought of below that gap as global indices. A
standard AdS-superconductor model can then be used to analyze the fermionic gap
formation. We investigate the role of four-fermion interactions, which might be
used to include the gapped QCD interactions, on the vacuum and metastable vacua
of the model. It turns out to be easiest to simply relate the standard
interaction of the holographic superconductor to the strength of the gapped
gluons. The result is a holographic description of the QCD colour
superconducting phase diagram. We take a first look at how quark mass enters
and causes a transition between the colour flavour locked phase and the 2SC
phase.
