Abstract
We present direct experimental observations of the forced flow of two-dimensional magnetic bubble arrays in thin garnet films. Shear flow is produced by forcing the bubble array to move past a flat interface. The array is strongly pinned on the other side of the interface by lithographically produced Permalloy disks. Time-resolved images of the motion of dislocations in the shear flow are obtained via Voronoi constructions. Observations indicate that the shear flow is produced by a gas of interacting dislocations that glides in response to the applied force
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