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Mimicking the intelligence of biological organisms in artificial systems to design smart actuators that act autonomously in response to constant environmental stimuli is crucial to the construction of intelligent biomimetic robots and devices, but remains a great challenge. Here, a light‐driven autonomous carbon‐nanotube‐based bimorph actuator is developed through an elaborate structural design. This...
In article number 1908842, Ying Hu and co‐workers construct an artificially autonomous soft robot based on a curled droplet‐shaped carbon nanotube bimorph structure, which can produce a constant white light‐driven continuous oscillating motion in a wavelike fashion. It can also autonomously and continuously crawl towards the light source in a wave‐propagating manner under constant light irradiation,...
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