Curtis R. Taylor

Papers

Total Citations

H-Index

About

Curtis R. Taylor is a materials scientist whose work bridges photonics, mechanics, and adaptive surfaces. His research focuses on developing responsive materials that can dynamically alter their physical properties—particularly friction and optical behavior—in response to external stimuli. Taylor’s most notable contribution is the design of shape memory photonic crystals, which he demonstrated in his 2020 paper "Switchable Friction Coefficient on Shape Memory Photonic Crystals" (3 citations). This work introduced a novel mechanism for achieving reversible, on-demand changes in surface friction by leveraging the structural memory of polymer-based photonic crystals. By integrating optical and mechanical functionality into a single material platform, Taylor opened new possibilities for smart coatings, tactile sensors, and reconfigurable surfaces. Though his citation count is still building, his early research shows promise for applications in robotics, haptics, and adaptive optics. Taylor’s work exemplifies how interdisciplinary approaches—combining polymer chemistry, nanofabrication, and mechanics—can yield materials that respond intelligently to their environment.