【摘 要】
：
Making soft robots that can flexibly transform among different morphologies has long been a dream in both science and engineering areas.With outstanding versati
【机 构】
：
Technical Institute of Physics and Chemistry, Chinese Academy of Sciences,Department of Biomedical E
【出 处】
：
Science China(Technological Sciences)
论文部分内容阅读
Making soft robots that can flexibly transform among different morphologies has long been a dream in both science and engineering areas.With outstanding versatile capabilities,liquid metals are opening breakthrough strategies for molding future smart soft robots that had never been anticipated before or hardly achievable by a rigid metal or conventional materials[1,2].All the evidences collected so far pointed out that,liquid metal machine is evolving via a rather quick way.
Making soft robots that can flexibly transform among different morphologies has long been a a dream in both science and engineering areas. Waiting for versatile capabilities, liquid metals are opening breakthrough strategies for molding future smart soft robots that had never been seen or maybe achievable by a rigid metal or conventional materials [1,2] .All the evidences collected so far pointed out that, liquid metal machine is evolving via a rather quick way.
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