William F. M. Daniel

University of North Carolina at Chapel Hill

Papers

Total Citations

602

H-Index

About

William F. M. Daniel is a leading materials scientist whose research sits at the intersection of polymer chemistry and soft robotics, with a primary focus on developing next-generation elastomers for artificial muscles and bioinspired actuators. His most impactful contribution is the design of bottlebrush elastomers—a revolutionary materials platform that enables freestanding, single-component dielectric actuators capable of giant, reversible strokes at remarkably low electric fields. This breakthrough, detailed in his 2016 paper (194 citations), eliminates the need for preactuation mechanical manipulation, a longstanding limitation in the field. Daniel’s 2017 work on mimicking biological stress–strain behavior with synthetic elastomers has garnered 406 citations, underscoring its significance in bridging the gap between natural and synthetic materials. He has also advanced self-healing, inherently pre-strained elastomers to combat electromechanical instability—a critical failure mode in dielectric elastomers. By independently tuning actuator properties through molecular architecture, Daniel has established a design paradigm that promises safer, more efficient artificial muscles for applications ranging from prosthetics to soft robotics. His work continues to inspire new strategies for creating durable, high-performance soft materials.