“We take great pride that Ellen has been recognized with this prestigious honor and will have the opportunity to build upon the interdisciplinary work in conservation science she began at the College,” said John W. Boyer, dean of the College. “We look forward to seeing how Ellen’s time at Cambridge shapes her long-term interests and the impact she will have on her field.”
Purdy first learned about conservation science while studying abroad in Madrid and Seville as part of a unique eight-week Foreign Language Acquisition Grant program. Soon after, she decided to declare an art history minor on top of her existing chemistry major.
“I think that art plays a really important role in how people relate to the world, and it’s what makes life interesting for me. Research in this field is both important to society writ large and something that I am personally passionate about,” Purdy said.
Her interest in conservation science was solidified after participating in the Suzanne Deal Booth Seminar, a unique conservation course at UChicago taught by Maria Kokkori, a conservation scientist at the Art Institute of Chicago. In that class, Purdy had the opportunity to see up close the process of restoring art, and her final project involved using spectroscopy to analyze a Kandinsky painting.
At Cambridge, she plans to work with Prof. Stephen Elliott, a leading scholar of spectroscopy—the study of the interaction between matter and electromagnetic radiation. Purdy is especially interested in Elliott’s work using spectroscopy to preserve art.
“This technique involves scattering light off a surface, exciting electrons and then measuring the energies of particles emitted when these electrons drop back down to lower energy levels,” Purdy explained. “It allows us to identify different paint pigments and understand how pigments were applied by the artist. It has the potential to be nondestructive, meaning that the analysis process doesn’t damage a sample, which is really important for conservation work.”
Purdy was first exposed to spectroscopy working in a lab with Steven Sibener, the Carl William Eisendrath Distinguished Service Professor in Chemistry at UChicago. Alongside Sibener, Purdy used lasers to destroy chemicals resembling nerve agents, and then used spectroscopy to analyze what particles remained.
“Ellen’s creative approach to her science, her independence and drive are, frankly, typical of the very best graduate students that we see in the sciences at UChicago. I am personally honored to have helped guide her as she took her first steps as an independent researcher, and look forward to seeing her blossom into a next-generation leader in her chosen field of endeavor as a Gates Cambridge Scholar,” Sibener said.
After completing the one-year program at Cambridge, Purdy aims to pursue further graduate education in chemistry and art history, in the hopes of someday working in a museum conservation lab.