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Programming origami-like soft actuators using visible light
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DOI：10.1016/j.matt.2021.04.004.png)
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Abstract
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Programming remotely activated soft actuators that respond quickly and reversibly while traveling defined distances is a major challenge in materials science. Recently, the precise fabrication of highly functional, photoresponsive soft actuators composed of fused yet competing spiropyran-based bilayered hydrogels that respond to a single visible light source was achieved. When combined with photoinactive hydrogels in precise patterns, a series of extravagant walkersthat undergo predetermined origami-like shape changes is possible.
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