Meredith H. Barbee

Papers

Total Citations

264

H-Index

About

Meredith H. Barbee is a leading researcher in the fields of mechanochromic materials, stretchable electronics, and soft matter engineering. Her work bridges the gap between biological tissue functionality and synthetic material design, focusing on creating responsive polymer systems that change color or properties under mechanical stress. Barbee’s major contributions include the development of a hierarchical nanoparticle-in-micropore architecture, which dramatically enhances mechanosensitivity and stretchability in electronic skins—a breakthrough with applications in force-responsive colorimetric sensors and soft robotics. Her most-cited paper (175 citations) demonstrates how merging responsive polymers with hierarchical soft architectures can mimic the multiresponsive nature of biological tissues. Another influential work (89 citations) explores mechanochromic stretchable electronics, addressing failure modes in wearable devices and human-machine interfaces. Barbee’s research has significant implications for next-generation wearable technology, offering safer, more adaptive materials that maintain functionality under deformation. Her innovative approach to combining structural hierarchy with mechanochromism positions her as a key figure in advancing soft robotics and interactive materials, with her work widely cited for its practical impact on durable, sensor-rich electronic skins.