In the active Ising model, increasing alignment strength pins interfaces between traveling domains via resonating particle motion, causing macroscopic pinned regions that suppress polar order when diffusion is much slower than self-propulsion.
Ihle, Invasion-wave-induced first-order phase transi- tion in systems of active particles, Physical Review E 88, 040303 (2013)
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Motility-Induced Pinning in Flocking System with Discrete Symmetry
In the active Ising model, increasing alignment strength pins interfaces between traveling domains via resonating particle motion, causing macroscopic pinned regions that suppress polar order when diffusion is much slower than self-propulsion.