Abstract Stretchable electronics have the fundamental advantage of matching complex geometries human body, providing opportunities for real-time biomechanical sensing. We report a method high-frequency AC-enhanced resistive sensing that leverages deformable liquid metals to improve low-power detection mechanical stimuli in wearable electronics. The mechanism this enhancement is geometrical modu...

Liquid metal polymer composites are an emerging class of functional materials with potentially transformative impacts in wearable electronics, soft robotics, and human-computer interactions. By employing different processing methods, room temperature liquid inclusions can be embedded insulating polymers like elastomers to incorporate properties metals while the matrix remains stretchable. These...