
U of A Physicists Triumph: Recipients of the 2025 Breakthrough Prize in Fundamental Physics!
2025-05-19
Author: Jacob
Celebrating Excellence: The Breakthrough Prize Awarded
In a monumental achievement, University of Alberta physicists Doug Gingrich and James Pinfold have been honored with the prestigious 2025 Breakthrough Prize in Fundamental Physics. This award shines a light on individuals making groundbreaking discoveries in the realm of physics.
CERN's Marvel: The ATLAS Detector
For over 30 years, both scientists played pivotal roles at CERN in Switzerland, where they contributed to the development of the ATLAS detector—the world's largest particle detection system. Situated 100 meters beneath the Earth's surface, this massive eight-story, 7,000-ton machine delves into the mysteries of particle physics, exploring everything from black holes to the elusive nature of dark matter.
Adventures in Testing: Trials and Triumphs
Gingrich fondly recalls the adrenaline-filled moments of testing electronics at the accelerator. "Every trip was a whirlwind—long hours and little sleep, but when we finally got data, it felt like a phenomenal victory!" he shared. Originally daunting with a mere 20% success probability, their technology evolved significantly, increasing chances of success and making groundbreaking data possible.
Exploring New Frontiers in Physics
To tackle challenges in detecting particles with minuscule charges, Pinfold and Gingrich are spearheading the Monopole and Exotics Detector (MoEDAL-MAPP) experiment at the Large Hadron Collider, unveiling new horizons in physics.
From High School to High Energy Physics
Gingrich's journey into physics began in high school, where he became enamored with its intricacies. "In my final year, I was in paradise, taking three math and three science classes!" His passion intensified after securing a summer co-op in Chicago through the University of Toronto, marking the beginning of his illustrious career in particle physics.
Chasing Black Holes and Quantum Gravity
Gingrich's explorations moved beyond electronics to probe the very fabric of space-time. "I became fascinated with the potential of creating black holes at the LHC," he said, reflecting on the thrill of analyzing data that few others could interpret.
The Birth of ATLAS: A Collaborative Triumph
Joining the U of A in 1992, Pinfold initiated a thriving particle physics program. His collaboration on two major CERN experiments eventually led to the formation of the ATLAS team. Challenges like the cancellation of the supercollider tested their resolve, but they persevered, integrating their efforts into groundbreaking research.
Key Contributions in Experimental Physics
Pinfold's most cherished memories include the intricate construction of a 400-ton liquid argon calorimeter and working alongside international teams on the crucial LUCID luminosity detector—a small but vital instrument for measuring particle interactions.
Words of Wisdom for Aspiring Physicists
Both scientists have sage advice for budding physicists. Pinfold stresses the importance of teamwork and finding individual interests within large projects. "Use your imagination to create something meaningful in the grand scheme of things," he encourages. Gingrich emphasizes the need for aspiring scientists to surround themselves with inspiring peers, challenging themselves to thrive in an international environment filled with world-class talent.
As these U of A physicists continue to reshape our understanding of the universe, their journey serves as an inspiration for the next generation of scientific explorers.