Joanna Aizenberg

Introduced dynamic nanostructured systems, which paved the way to adaptive materials that autonomously change their properties in response to the environment and provided the first demonstration of an artificial homeostatic system. Uncovered unique biological structures with advantageous mechanical and optical performance. Her studies span the entire range of research--from seeking to understand very basic strategies used by organisms to using these biological principles to synthesize materials, specifically artificial optical structures. Most recent invention of liquid-infused porous materials that repel liquids, dust, and ice as well as resist microbial and insect attachment recognized by two R&D 100 Awards in 2012 and 2013. Served on the board of directors of the Materials Research Society and on multiple National Academies committees, including the Board of Physics and Astronomy. Fellow of APS and MRS. Currently serves as director of the Kavli Institute for Bionano Science and Technology at Harvard.