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Dynamics of jammed packings of soft athermal disks under finite-rate shearare studied by means of molecular dynamics simulations. Particularly, weinvestigate the spatial structures of stress drop events, which are expected toprovide information about plasticity. Investigating the displacement fieldsduring stress drop events, we show that there are qualitatively different twotypes of events in the low rate limit: localized ones and extended ones. Wefurther investigate the time evolution of events and clarify that both types ofevents are due to oscillatory motion of the stress, which is unique for systemsunder finite-rate shear. The difference between two types of events is theregime that events reside in: while localized events take place during plasticevents, extended ones occur in the elastic branch.

Localized and extended dynamical correlation lengths in jammed packings of soft athermal disks under slow shear