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Paper has been utilized as an ideal platform for chemical, biological, and mechanical sensing for its fibrous structures and properties in addition to its low cost. However, current studies on pressure‐sensitive papers have not fully utilized the unique advantages of papers, such as printability, cuttability, and foldability. Moreover, the existing resistive, capacitive, and triboelectric sensing...
In article number 1807343, Yu Chang, Tingrui Pan, and co‐workers report a flexible iontronic sensing paper by incorporating both ionic and conductive patterns into an all‐in‐one flexible sensing platform. The paper can be structured into 2D or 3D tactile sensing‐enabled origamis with remarkable sensitivity, response time, and linearity only by paper‐specific manipulations of printing, cutting, folding,...
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