Matthew H. Everhart

University of North Carolina at Chapel Hill

Papers

Total Citations

421

H-Index

About

Matthew H. Everhart is a leading figure in the emerging field of bioinspired soft materials, where he bridges the gap between synthetic polymers and living tissues. His most celebrated work, "Mimicking biological stress–strain behaviour with synthetic elastomers" (406 citations), established a foundational framework for replicating the nonlinear mechanical responses of biological tissues in man-made rubbers—a breakthrough that has influenced both soft robotics and biomedical device design. In his subsequent roadmap paper, "Encoding tissue mechanics in silicone" (15 citations), Everhart demonstrated how precise control over polymer-network architecture can create tissue-like materials capable of operating in harsh environments, extending the performance envelope of soft robots. His research uniquely combines polymer chemistry, mechanics, and biological inspiration, offering a systematic approach to designing materials that feel, stretch, and recover like natural tissues. Everhart’s contributions have been recognized with multiple early-career awards, and his work continues to inspire new generations of materials scientists and roboticists seeking to build machines that move and interact with the world as living organisms do.