News & Events

Organic Electronic Materials on the Nanoscale: From Luminescent Bottlebrush Polymer Nanofibers to Ultrastable Donor-acceptor Fluorophores

Wednesday, September 23, 2020 - 17:00 to 18:00
Ethan Sauvé
Event Category: 
IDG - Inorganic Discussion Group
Zac Hudson
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My research seeks to unlock the potential of organic electronics at the nanoscale, creating materials which rival the complexity and function of macroscale devices on single nanoparticles. Using orthogonal polymerization techniques, I have prepared multiblock bottlebrush polymers from distinct organic semiconductors, giving ordered structures mimicking multilayer OLEDs and nanoscale RGB pixels. By quantifying changes in energy transfer efficiency in these systems, I have shown that these materials can act as polarity-sensitive fluorescent inks for encryption and encoding. My work has also addressed problems in closely related fields, including the efficient synthesis of planar TADF materials and ultrastable organic fluorophores.