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Mount Allison's David Hornidge Wins $400K ResearchNB Grant for Collider Detector Work

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The Sackville physics professor's group will help build Electron-Ion Collider detector systems at Brookhaven, with undergraduates using AI and machine learning on instrumentation before the machine turns on around 2035.

Electric blue and magenta hero: dense radiant particle tracks, large barrel calorimeter ring, AI/ML hit clusters, Sackville/Mount Allison badge on lat/lon NB map, David Hornidge three-or-four-fold quote, ResearchNB Impact Fund payoff

An international particle collider that will not fire until about 2035 is already shaping undergraduate careers in Sackville.

Mount Allison University said on Oct. 29 that physics professor David Hornidge received $400,000 from ResearchNB's Impact Fund for work on the Electron-Ion Collider (EIC) planned at Brookhaven National Laboratory in New York.

Detector hardware, modelling — and AI

Hornidge's group is contributing people and equipment to the barrel calorimeter, part of the collider's detector, plus modelling and simulation. Students will help develop those systems, including using artificial intelligence and machine learning to study how detectors will perform.

The funded project is titled Research and Development for the Electron-Ion Collider. ResearchNB's money helps leverage a $5.34-million Canada Foundation for Innovation grant led by the University of Manitoba, with Mount Allison, the University of Regina and the University of Victoria as co-applicants.

Hornidge credits Mount Allison's Research Office with helping secure the support and with spotting a path to bring New Brunswick Community College (NBCC) engineering in as a partner.

Talent pipeline before first collision

"This is a long project. This EIC probably won't fire up until 2035," Hornidge said. "But from now until then, we have brilliant students being trained hands-on to become future engineers, scientists, researchers, and professors. Initial investments like this one can come back three or four-fold in future output."

Across his lab, students work with electronics and detectors, collect and analyse data, and learn specialized software. He has taken undergraduates to an accelerator lab in Mainz, Germany, almost every summer since joining Mount Allison in 2003. One former student spent three years on the EIC project as an undergraduate and is now in a PhD program at MIT.

Skills in computing, electronics, AI and advanced instrumentation travel beyond particle physics — into further research, industry or startups. For Mount Allison and New Brunswick, Hornidge argues, that impact starts long before the first electron-ion collision.

Sources

ChronologyResearchnb· 4 stories since Oct 12, 2026

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