Our research program aims to design molecular-level reactivity into macromolecular systems that can respond to external stimuli. This has provided a forum in which our teams push the boundaries of polymer chemistry and collectively integrate new reaction development, precision synthesis, materials science, and engineering. In the design of stimuli-responsive materials and systems, we approach problems with the mindset that chemistry is the “central science.” Accordingly, we emphasize discovery of more efficient synthetic techniques, establishment of structure-reactivity principles, and correlations between molecular structure and bulk (macroscopic) materials properties. Importantly, our goals and fullest potential are only realized through intensive collaborative efforts that integrate our breakthroughs in polymer chemistry with cutting-edge mechanical, chemical, and biological engineering. In each of the four main focus areas , there are examples of fundamental research challenges that have solutions rooted in new chemical breakthroughs, as well as collaborative efforts to transition from fundamental to applied research. Please check out our team’s publications tab to learn more.