Liquid Crystal Elastomer Actuator with Embedded Soft Thermoelectric reported in Advanced Materials
New paper in Advanced Materials on a novel soft actuator composed of liquid crystal elastomer (LCE) embedded with soft thermoelectric
Read moreNew paper in Advanced Materials on a novel soft actuator composed of liquid crystal elastomer (LCE) embedded with soft thermoelectric
Read moreNew paper in Nature Electronics by SML members Yunsik Ohm, Chengfeng Pan, Michael Ford, and Sean Huang on a novel
Read moreIn the Proceedings of the National Academy of Sciences, we report on a novel class of soft multifunctional composite materials
Read moreWe introduce a novel tactile skin that is soft, stretchable, and capable of detection finger touch and swipe motions. This
Read moreXiaonan “Sean” Huang presents his untethered soft robots at the 2019 IEEE ICRA Conference. These include the Soft Electrically Activated
Read moreAt this year’s ACM Conference on Human Factors in Computing (CHI), we presented ElectroDermis — a wireless electronic sticker that
Read moreArticle in Nature Nanotechnology reports a new class of liquid metal elastomer nanocomposites created using atomic transfer radical polymerization (ATRP).
Read moreArticle in Advanced Materials on a new set of highly elastic nanocomposites that have high dielectric constant. The composites are
Read moreSML and the Herman Lab at Univ. Toronto have teamed up to introduce a novel thin-film circuit architecture that is
Read moreWe have introduced a method for creating electrical circuits that are soft, stretchable, and self-repairing. The material is composed of
Read moreLow voltage electrochemistry is used to reversibly combine and separate droplets of liquid metal (eutectic gallium indium). Like the source
Read moreSML collaborated with the Sitti Lab at Max Planck to introduce a soft robot gripper capable of robust adhesion to
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