Sessile water droplets on superhydrophobic surfaces can fail to coalesce when a neighboring merged pair's interface pushes against them, and in tight clusters this launches the droplets sideways.
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Non-coalescence and in-plane momentum generation in sessile droplet clusters
Sessile water droplets on superhydrophobic surfaces can fail to coalesce when a neighboring merged pair's interface pushes against them, and in tight clusters this launches the droplets sideways.