Gallium droplet solves a NaOH-filled maze by following highest current density lines under applied DC voltage due to its conductivity, surface tension, and conformability.
Finding the optimal path with the aid of chemical wave.Physica D: Nonlinear Phenomena, 106(3-4):247–254, 1997
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Liquid metal solves maze
Gallium droplet solves a NaOH-filled maze by following highest current density lines under applied DC voltage due to its conductivity, surface tension, and conformability.