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Iontronic graphene tactile sensors (i‐GTS) composed of a top floating graphene electrode and an ionic liquid droplet pinned on a bottom graphene grid, which can dramatically enhance the performance of capacitive‐type tactile sensors, are presented. When mechanical stress is applied to the top floating electrode, the i‐GTS operates in one of the following three regimes: air–air, air–electric double...
In article number 1908993, Do Hwan Kim, Wi Hyoung Lee, and co‐workers demonstrate iontronic graphene tactile sensors showing a new class of high‐performance wearable sensory platforms, which reflects not only an unprecedented level of pressure sensing capabilities but also novel sensing principles based on the spreading of ions pinned to the graphene grid. This approach can serve as a solution in...
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