For charged drops in an electrodynamic trap, random noise creates positional fluctuations whose variance is one third as large for a pair of drops as for a single drop, and above a noise threshold the drop array melts into a disordered structure.
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Stability of electrodynamically levitated one or many charged droplets in the presence of noise
For charged drops in an electrodynamic trap, random noise creates positional fluctuations whose variance is one third as large for a pair of drops as for a single drop, and above a noise threshold the drop array melts into a disordered structure.