The Hebner lab's research is focused on bridging the gap between synthetic materials and autonomous biologically-inspired functions by designing multifunctional polymers. We strive to realize the complexity of biological regulatory responses in synthetic systems through an iterative process of application-inspired materials design, controlled integration and characterization of responsive properties, and understanding of the design space available for material performance. We pursue this research with an interdisciplinary approach, integrating aspects of synthetic chemistry, polymer mechanics, material design, and cell biology. Our goal is to design materials that will positively impact a broad range of applications such as tissue engineering, medical devices, and soft robotics.