  We study radion phenomenology in the context of flavor shining in warped
extra dimension models. In this unique setup, originally proposed by Rattazzi
and Zaffaroni, solutions to the gauge hierarchy problem and the new physics
flavor problem are unified. A special role is played by the vacuum energy on
the branes, that naturally allows for flavon stabilization and parametrically
raises the radion mass. We note that the radion mass squared is suppressed only
by the log of the weak-Planck hierarchy, and it is in the favored range of the
standard model Higgs. We emphasize that the radion to di-photon, to tau tau and
to WW^* can be promising discovery channels at the LHC, with a rate above that
of the standard model Higgs. We find that the radion is unlikely to account for
the excess in W plus dijet events as recently reported by the CDF
collaboration.
