Xiwen Gong1
University of Michigan1
Multifunctional skin-interfaced electronics is one of the most anticipated medial Internet of Things (IoT) technologies that enables non-invasive collection of high-quality data on biological activity. This is realized thanks to their wearability and conformal coverage of our body. Building on these data and recent advances in deep learning, artificial intelligence-based bioimaging, diagnosis, and therapy will be performed with higher accuracy and speed than ever before. Furthermore, skin-like multifunctional sensors are revolutionizing the technologies and applications of soft robotics. This talk will first focus on the current knowledge gap in designing intrinsically deformable optoelectronic materials using low dimensioal perovskite. We will then discuss new material design strategies to achieve mechanical deformability in perovskite optoelectronic material and devices.