Max Shtein

Papers

Total Citations

619

H-Index

About

Max Shtein is a pioneer at the intersection of soft materials, bio-inspired design, and sustainable energy systems. His research spans organic electronics, flexible optoelectronics, and advanced manufacturing, but he is perhaps best known for his groundbreaking work in biomimetic energy harvesting. His most cited paper, “An electric-eel-inspired soft power source from stacked hydrogels” (574 citations), demonstrates his ability to translate biological principles into practical, high-impact technologies—creating a flexible, biocompatible power source that mimics the electric eel’s ion-gradient mechanism. Shtein has also made significant contributions to the field of kirigami-based engineering, developing novel compliant mechanisms for multiaxis optical tracking and energy harvesting (22 citations) and rotationally symmetric kirigami structures for sensor platforms (23 citations). These works showcase his talent for merging geometric design with functional materials to create adaptable, high-performance devices. A professor at the University of Michigan, Shtein’s work is widely cited across materials science, mechanical engineering, and applied physics, reflecting his influence on both fundamental understanding and real-world applications in soft robotics, wearable electronics, and sustainable power generation.