In self-aligning adhesive particles, flocking makes a cluster's persistence length grow with mass, switching aggregation from a t^1/2 diffusion-limited regime to a t^2 collective ballistic regime.
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Collective ballistic motion explains fast aggregation in adhesive active matter
In self-aligning adhesive particles, flocking makes a cluster's persistence length grow with mass, switching aggregation from a t^1/2 diffusion-limited regime to a t^2 collective ballistic regime.