  In the framework of minimal flavor violation (MFV), we discuss the decay
properties of a supersymmetric scalar top (stop) in the presence of a light
gravitino. Given a small mass difference between the lighter stop and lightest
neutralino and an otherwise sufficiently decoupled spectrum, the stop may be
long-lived and thus can provide support to MFV at hadron colliders. For a
bino-like lightest neutralino, we apply bounds from searches in the gamma gamma
plus missing transverse energy channel (ATLAS with 1 fb^-1 and D0 with 6.3
fb^-1) and give a 5 fb^-1 projection for the ATLAS search.
