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Accompanied by the development of microfabrication techniques, such as MEMSand micro-TAS, there has been increasing interests on the methodology togenerate a desired motion on a micro object in a solution environment. It iswell know that the principle to create an electric motor in a macroscopic scaleis not applicable to a micro system because of the enhancement of stickyinteraction and higher viscosity in micrometer sized system. On the other hand,living organisms generate various motions under isothermal condition in awell-regulated manner. Despite the past intensive studies, the underlyingmechanism of the biological molecular motors has not been unveiled yet. Undersuch development stage of science and technology at the present, we areperforming the study toward real-world modeling on the emergence of regularmotion in micro system. In this paper, we report a novel experimental system onthe generation of regular movement, such as periodic go-back motion andcircular motion, for a micro object under DC electric field.

Mode bifurcation on the rythmic motion of a micro-droplet under stationary DC electric field