Two Saint Mary’s University science students, Tehya Mohammed and Clara Wrightman-Dillon, will be travelling to Vancouver this summer for the Richard E. Azuma Summer Fellowships at TRIUMF, Canada’s particle accelerator centre.
Only two of these prestigious fellowships are awarded each year to students from TRIUMF’s 21 member universities across Canada, making it extra special that both students will be representing SMU.
The fellowships support promising Canadian undergraduate students in pursuing careers in TRIUMF’s research fields, including accelerator science and technology, detectors and instrumentation, life sciences, molecular and materials science, particle, nuclear, and theoretical physics, and scientific computing.
“Watching students succeed is the greatest reward for an educator. Having two SMU stu-dents win the only two fellowships at TRIUMF, and knowing that they competed against students from much larger institutions makes this a very proud moment.” says Dr. Sam Veres, Dean of Science. “These wins are a testament to Tehya and Clara’s dedication to their studies, and the exceptional education that our faculty and staff in the Department of As-tronomy and Physics provide.”
Tehya Mohammed
Tehya Mohammed, from East Preston, N.S., just completed her third year of a BSc in Physics with an honours in Chemistry. She is excited to start working on a research project titled “Antimatter Physics with the ALPHA Collaboration” with Dr. Makoto Fujiwara at TRIUMF and at the CERN scientific research laboratory in Switzerland.
When she graduates in spring 2027, Tehya plans to attend graduate school; longer-term goals may see her staying in academia, teaching and doing research, and she credits her experience at Saint Mary’s with helping her land the fellowship this summer.
“I’m grateful for the experiences I’ve had at Saint Mary’s,” says Tehya. “I was able to do research with my professors each summer starting after my first year. There are more opportunities available to undergraduate students at smaller schools like SMU.”
Chemistry professor Dr. Christa Brosseau is Tehya’s honours supervisor; she also worked with Dr. Rob Singer in chemistry, publishing a paper with him. She credits these experiences with helping to round out her resume for the fellowship.
Clara Wrightman-Dillon
Clara Wrightman-Dillon, a physics major from St. Andrews, N.B., will be working with Dr. Adam Garnsworthy and researchers at the University of York. Their project, titled “Decoherence of Quantum Entangled Photons,” will involve the collection, sorting and analysis of data for research that could affect PET medical imaging.
This won’t be Clara’s first visit to TRIUMF; she was there last year thanks to her work alongside Dr. Greg Christian, a professor in the Department of Astronomy and Physics at Saint Mary’s.
After graduating from Saint Mary’s, Clara intends to pursue a Master of Science in physics.
Tehya and Clara have both spent the previous two summers at Saint Mary’s conducting research with their professors in positions funded by the Natural Science and Engineering Research Council (NSERC)’s Undergraduate Student Research Awards program and the Faculty of Science at Saint Mary’s.
The paid, four-month fellowship includes travel and a week's stay at TRIUMF House, a “home away from home for TRIUMF’s national and international visitors”. When fellowship winners complete their undergraduate degrees, a $5,000 scholarship is available to any of the 21 TRIUMF schools in Canada.
Meson Hall at TRIUMF. Credit: triumf.ca
About TRIUMF
Established in 1968 in Vancouver, TRIUMF is Canada’s particle accelerator centre. The lab is a hub for discovery and innovation inspired by a half-century of ingenuity in answering nature’s most challenging questions.
From the hunt for the smallest particles in our universe to research that advances the next generation of batteries or develops isotopes to diagnose and treat disease, TRIUMF drives more than scientific discovery. Powered by its complement of top talent and advanced accelerator infrastructure, TRIUMF is pushing the frontiers in isotope science and innovation, as well as technologies to address fundamental and applied problems in particle and nuclear physics, and the materials and life sciences.
