  We calculate the energy spectrum and eigenstates of a graphene sheet which
contains a circular deformation. Using time-independent perturbation theory
with the ratio of the height and width of the deformation as the small
parameter, we find that due to the curvature the wavefunctions for the various
states acquire unique angular asymmetry. We demonstrate that the
pseudo-magnetic fields induced by the curvature result in circulating
probability currents. These circulating currents in turn produce local
\textit{real} magnetic fields $\sim$ 100 $\mu$T which can be measured using
current technology.
