  The holographic principle asserts that the complete description of the
interior of a sphere is a theory which not only lives on the surface of the
sphere, but also has A/4 binary degrees of freedom. In this context we revisit
the question of whether AdS/CFT is fully holographic. We construct states which
are localized deep in the interior yet are encoded on short scales in the CFT,
seemingly in conflict with the UV/IR prescription. We make a proposal to
address the more basic question of which CFT states are sufficient to describe
physics within a certain region of the bulk.
