Abstract
Two-dimensional vortex dynamics is characterized by motion of coherent vortices or clumps in a rugged distribution of background vortices. We study eminent features in this process by using a magnetized pure electron plasma starting from highly controlled initial density distribution. The topics included are (1) relaxation of many-clump dynamics states to crystallization, (2) single clump dynamics in a background vorticity distribution, (3) two-clump interaction in a low-level background vorticity distribution, and (4) accelerated crystallization of three clumps in a low-level background vorticity distribution.
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