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Adaptive Haptic Interaction
In article number 2308747, Tae‐Heon Yang, Changhyun Pang, and co‐workers discuss spatially selective electroactive‐actuating adhesive electronics for multi‐object manipulation and adaptive haptic interaction. The multiple‐pixelated electroactive‐actuating adhesive electronics with biologically inspired microarchitectures can provide virtual tactile information about the...
Some organisms often use adhesive setae to manipulate objects or communicate critical signals for survival through subtle surface‐transmitted vibrations, along with locomotion and long‐term adherence. Inspired by this phenomenon, the spatially selective vibration‐transmitting electronics of a multi‐pixelated electroactive‐actuating adhesive patch coupled with small adhesive architectures are presented...
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