Affiliation:
1. University of Cambridge
2. University of Birmingham
3. University of Science and Technology of China
4. University of Wollongong
Abstract
Abstract
Materials with programmable conductivity and stiffness offer new design opportunities for next-generation engineered systems in soft robotics and wearable devices. However, existing approaches fail to harness variable electrical and mechanical properties synergistically, and lack the ability to self-respond to environmental changes. We report an electro-mechano responsive Field’s metal hybrid elastomer (FMHE) exhibiting variable and tuneable conductivity, strain sensitivity, and stiffness. By synergistically harnessing these properties, we demonstrate two applications with over an order of magnitude performance improvement compared to state-of-the-art, including a self-triggered multi-axis compliance compensator for robotic manipulators, and a resettable, highly compact, and fast current-limiting fuse with adjustable fusing current. We envisage that the extraordinary electromechanical properties of our hybrid elastomer will bring significant advancements in resilient robotic systems, intelligent instruments, and flexible electronics.
Publisher
Research Square Platform LLC