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Following early research efforts devoted to achieving excellent sensitivity of electronic skins, recent design schemes for these devices have focused on strategies for transduction of spatially resolved sensing data into straightforward user‐adaptive visual signals. Here, a material platform capable of transducing mechanical stimuli into visual readout is presented. The material layer comprises a...
In article number 2100321, a material platform capable of transducing mechanical stimuli into visual readout is presented by Do Hwan Kim, Moon Sung Kang, and co‐workers. The electrochemiluminescent ionic materials embedded into a rubbery polymer matrix undergo visco‐poroelastic response to mechanical stress, resulting in the piezoionic effect. Locally applied stress can be spatially resolved and visualized...
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