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About

Rebecca Schulman is a pioneer in the field of DNA-programmable soft materials, merging synthetic biology, polymer chemistry, and robotics to create hydrogels that can autonomously change shape, swell, or actuate in response to specific molecular instructions. Her major contributions center on designing DNA strand-displacement controllers and polymerization motors that direct material expansion and complex shape transformations without external wires or stimuli. Her landmark 2017 paper on DNA sequence–directed shape change in photopatterned hydrogels has garnered over 440 citations, establishing a foundational approach for soft robotics and smart medicine. She further advanced the field with modular DNA controllers (104 citations) and multicomponent DNA polymerization motor gels, enabling programmable, multi-step shape-shifting in microgel automata. Her recent work on gel automata controlled by DNA instructions and hydrogels with tethered transcription circuits for chemical communication pushes toward collective computation in distributed soft systems. Schulman’s research has profound implications for regenerative medicine, targeted therapeutics, and autonomous reconfigurable devices, earning her recognition as a leading innovator in biomolecular materials engineering.