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Self‐Sustained Actuators
In article number 2301142, Lingling Ma, Bingxiang Li, Quan Li, Yanqing Lu, and co‐workers realize a series of unique autonomous photonic functionalities based on twisted liquid crystal actuators, which perform intelligent self‐activated, self‐feedback, and self‐sustained waddling oscillations under an unchanging thermal field. This study develops a promising platform for future...
Advances in biomimicry have led to the rise of advanced robotics, posing promising revolutions across a variety of fields. Programmable self‐sustained actuation in nature, such as human's heart beating, bird's wingbeats, and penguin's waddling, are intriguing and inspiring but challenging for device innovation, which hinders the emergence of autonomous self‐feedback applications, especially in optics...
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