The Therien laboratory designs and characterizes
supermolecular structures,
bioinspired assemblies, and
nanoscale materials that possess exceptional optical, electronic, and excited-state dynamical properties. His laboratory pioneered new approaches to engineer
electro-optic function important for light harvesting, long-wavelength emission, imaging,
frequency doubling, and
photon upconversion. Other accomplishments include: defining
molecular wires that enable expansive charge delocalization; developing
carbon nanotube superstructures that facilitate energy conversion; and illuminating biologically important mechanistic insights critical for generating high-energy photoproducts. ==Major publications==