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Electroadhesion‐based haptics technology simulates the feeling of textures, knobs, and switches on surfaces, and has seen increasing inclusion in interactive touch surfaces, such as touch screens. In article number 2008337, Yuan Ma, M. Cynthia Hipwell, and co‐workers study the underlying multi‐physics mechanism at the nanoasperity level, providing insight for the design and optimization of future...
With the ubiquity of touch screens and the commercialization of electroadhesion‐based surface haptic devices, modeling tools that capture the multiphysical phenomena within the finger–device interface and their interaction are critical to design devices that achieve higher performance and reliability at lower cost. While electroadhesion has successfully demonstrated the capability to change tactile...
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