Nature Electronics Article on Novel Haptic Interface
Article in Nature Electronics reports on a haptic interface that uses shape memory alloy (SMA) actuators to provide cutaneous feedback
Read moreArticle in Nature Electronics reports on a haptic interface that uses shape memory alloy (SMA) actuators to provide cutaneous feedback
Read moreStudy on smart textile circuits with Dr. Chanho Jeong and Prof. Tae-il Kim was selected as part of the 2025
Read moreOur recent paper with Seung Hwan Ko’s lab at Seoul National University made the inside cover of Advanced Materials. This
Read moreOur paper on a soft robot based on the anatomy of the extinct Pleurocystites is published in PNAS. The Pleurocystites
Read moreNew paper on highly stretchable liquid metal films on elastic kirigami makes it to the cover of Advanced Functional Materials.
Read moreNew paper in Nature Electronics on a self-healing conductive organogel. Congrats to Yongyi and the rest of the SML team
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
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