  We construct geons starting with gravitational perturbations of the AdS
soliton. Previous studies of a charged scalar field in the soliton background
showed a holographic insulator/superconductor transition at a critical chemical
potential. We explore the possibility that dimensional reduction of the geon
could model a transition to a d-wave superconductor. We find that although one
does get a charged spin-2 condensate, it has higher free energy than the state
without the condensate, so there is no phase transition.
