In article 1603374, J. Guan, Q. Zhang, and co‐workers from Wuhan University of Technology, China develop a new series of intelligent photoresponsive isotropic semiconductor micromotors by taking advantage of the limited penetration depth of light to induce asymmetrical surface chemical reactions. Independent of their Brownian motion, the as‐proposed isotropic micromotors are able to continuously move with both motion direction and speed only controlled by illuminated light, and precise manipulation of particles for nanoengineering is possible.
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