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A stable conformal interface technology for rough and sweaty complex skin is essential for a haptic interface capable of delivering sophisticated mechanical stimuli. However, conventional polymeric/hydrogel‐based skin adhesives cannot maintain adequate adhesion interaction performance at the haptic interface due to repetitive vibrations or sweaty skin. This study reports a reversible, versatile skin‐attached...
Haptic Interface Platforms
In article number 2311167, Da Wan Kim, Tae‐Heon Yang, Changhyun Pang, and co‐workers present a vibration‐ and sweat‐tolerant adhesive patch for skin‐attached haptic interfaces based on microstructural synergistic mechanism. Applications for implementing virtual reality space by integrating a bioinspired haptic interface platform with versatile, robust skin adhesive properties...