Dichtel is a rising star working in new materials at the nanoscale. He is committed to bringing his discoveries out of the lab and into daily use. Dichtel’s pioneering work developing porous polymers known as covalent organic frameworks (COFs) has applications to water purification, batteries and other energy storage.
His innovations one day might lead to batteries that can charge in seconds rather than minutes or hours, materials that rapidly remove pollutants from water, and systems that can detect explosives in the air.
“In addition to his tremendous accomplishments and vision in research, Will is a committed and innovative teacher,” said Peter C. Stair, chair of Northwestern’s chemistry department and the John G. Searle Professor of Chemistry. “The undergraduates will love him. He is a spectacular addition to the chemistry department and Northwestern.”
Dichtel, currently an associate professor of chemistry and chemical biology at Cornell University, will join Northwestern this summer.
“Northwestern is a premier destination for materials research,” Dichtel said. “I look forward to collaborating with world-class faculty in chemistry, materials science and other disciplines. My research team’s expertise in organic and polymer chemistry will contribute further strength in these areas and bring about new collaborations across the University.”
The MacArthur Foundation named Dichtel a MacArthur Fellow last year, saying his “pioneering demonstration of COFs with unprecedented functionality and improved stability have made him a leading figure in chemistry.” He describes his research in a 2015 MacArthur Foundation video.
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