When Gwyneth Gagnon ‘26 arrived at Emmanuel College, she imagined herself pursuing a career in forensic science. Three years later, she is on the cusp of applying to Ph.D. programs in chemistry, her résumé already brimming with research experience, leadership roles, and mentorship of younger students.
She is quick to note that her path has been shaped not only by her own determination, but also by the support she has received along the way. For Gagnon, the Hoye Wallace Lynch Scholarship has provided more than financial relief. It has been a tether—a connection to a beloved professor who inspired generations of Emmanuel students and, through her bequest, ensured that future scientists would have the freedom to follow their own paths.
The scholarship was established through the generosity of Rose Irma Lynch ’52, who taught at Emmanuel from 1955 until her retirement in 2001. Remembered for her wit, rigor, and passion for science, Lynch endowed the scholarship in her will so that future generations of students could pursue their own scientific journeys.
The scholarship was established in 1986 by Emmanuel Alumna Rose Irma Lynch ’52 in honor of Sr. Mary John Hoye, SNDdeN, ’30 and Sr. Magdalen Julie Wallace, SNDdeN, ’35. Both women served as chemistry professors at Emmanuel for over 40 years and were actively involved as Trustees of the College. Lynch endowed the scholarship through her will so that future generations of students could pursue their own scientific paths.
“I don’t think I would have had the same opportunities without this support,” Gwyneth said. “It’s not just about covering tuition. It’s about being able to take risks, to spend more time in the lab, to think seriously about a future in research.”
A Research Journey That Began Freshman Year
A native of Chicopee, Mass., Gagnon began conducting research during her first year at Emmanuel. She joined the lab of former Assistant Professor of Chemistry Juan Duchimaza Heredia, studying carbon dots—tiny, easily synthesized particles that fluoresce under UV light and have promising applications in medicine and forensics. Current methods for tagging tumors or lifting fingerprints often rely on heavy metals; carbon dots, by contrast, are more environmentally friendly.
“The goal is to understand why they fluoresce,” she said. “If we can figure that out, we can use them for safer cancer detection or more sustainable forensic techniques.”