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What if the next industrial revolution is happening molecule-by-molecule? In this episode we explore this idea with Robert Macfarlane, PhD, a Northwestern alumni and MIT materials scientist who is pioneering programmable materials that self-assemble and respond to their environment. Macfarlane explains how his work moves beyond DNA-based assembly to create scalable nanomaterials with real-world potential—from flexible electronics and biomedical devices to photonic materials that manipulate light.
Guest: Robert J. Macfarlane, Richard P. Simmons (1953) Professor in Metallurgy, Associate Professor of Materials Science and Engineering
Hosts: Seth Zimmerman, Associate Director of Marketing and Communications, IIN and Erin Spain, MS, Podcaster and Science Communicator
By International Institute for Nanotechnology at Northwestern UniversityWhat if the next industrial revolution is happening molecule-by-molecule? In this episode we explore this idea with Robert Macfarlane, PhD, a Northwestern alumni and MIT materials scientist who is pioneering programmable materials that self-assemble and respond to their environment. Macfarlane explains how his work moves beyond DNA-based assembly to create scalable nanomaterials with real-world potential—from flexible electronics and biomedical devices to photonic materials that manipulate light.
Guest: Robert J. Macfarlane, Richard P. Simmons (1953) Professor in Metallurgy, Associate Professor of Materials Science and Engineering
Hosts: Seth Zimmerman, Associate Director of Marketing and Communications, IIN and Erin Spain, MS, Podcaster and Science Communicator