Research Bits: Nov. 18

Researchers have made advancements in flexible electronics, including the development of rubbery CMOS circuits that can stretch by up to 50% while maintaining stable electrical performance. Another innovation is a self-healing polymer conductor created by modifying polyolefins with sulfur-containing thioether, suitable for wearable devices. Additionally, a hybrid kirigami and origami technique has been proposed for creating stretchable electronics using non-stretchable materials, enabling the fabrication of large-area electronic devices with rigid components. These developments have implications for various applications, such as medical sensors, health monitoring, and flexible sensors for robots.