1/4/2016 Cindy Brya
Written by Cindy Brya
Qian Chen received her Ph.D. in Materials Science and Engineering from the University of Illinois in 2012. Her doctoral research focused on developing new “bottom-up” strategies for materials construction. She was among the first to encode multiplexed information into colloids in a “Janus” or “patchy” fashion and to assemble them into functional materials. Prior to joining the MatSE faculty, Chen was a postdoc at the University of California, Berkeley.
The Chen research group works on constructing artificial materials in a way that they can mimic the features of biological matter. The group’s focus is on “the new paradigm of design, fabrication, imaging, and fundamental science of active soft matter—the artificial materials analogous of smart living systems that can self-replicate, self-regenerate, eventually evolve in structure and function with ever-changing external environment.” Chen takes on the role of a photographer to “videotape” how nano-sized objects move and transform in their native liquid environment. “Previous photographers can go down to hundreds of nm, but we are going for nanometer, smaller even than the size of most proteins,” Chen said.