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Electronic Materials

Chemistry in Pictures: Organic kryptonite

by Alexandra Taylor
August 20, 2019

20190820lnp20-kryptonite.jpg
Credit: Jayden Price

Crystals of this thiophene-based derivative, shown in an upside-down vial, glow when illuminated with ultraviolet light thanks to a phenomenon called aggregation-induced emission (AIE). Photoluminescent compounds display AIE if they emit light weakly in a solution but strongly in the solid state. Jayden Price, a PhD candidate at the University of New Brunswick, synthesized this derivative via a Suzuki-Miyaura cross-coupling reaction. “When going from solution to solid state, organic emitters often suffer from a complete or partial loss of their emission properties— rendering AIE a highly desirable property when designing small molecule building blocks with optoelectronic applications,” Price explains. He designs and synthesizes small, highly emissive building blocks for use in organic electronics.

Submitted by Jayden Price

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Comments
Barbora Balonova (August 24, 2019 3:45 PM)
This is a beautiful shot!

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