University of Saskatchewan acquires quantum computer to boost research capacity

The University of Saskatchewan (USask) is set to become home to Canada’s first university-owned, fully integrated quantum computer. 

The system, described as a full-stack, open-architecture quantum computer, will support research and training across a range of fields, including health sciences, energy and agriculture. University leaders say the new technology will enable applications such as drug and vaccine discovery, quantum-secure data encryption and advanced optimization processes for industry. 

USask president Vince Bruni-Bossio described the acquisition as a “monumental achievement” that will elevate USask’s role in global quantum research and help train the next generation of scientists. 

The project is supported by $1.93 million in federal funding through Prairies Economic Development Canada’s Regional Innovation Ecosystems program, along with $400,000 from Innovation Saskatchewan. 

“What’s happening at the University of Saskatchewan is remarkable – a made-in-Canada quantum computer, built with Prairie partners, advancing research that will touch the lives of Canadians,” said Evan Solomon, Minister of Artificial Intelligence, in a press release. 

Quantum computing is widely seen as a significant advance in processing capability, with the potential to solve some complex problems far faster than conventional computers—sometimes in hours instead of years. It relies on quantum bits, or qubits, which can represent multiple states at once rather than just 0 or 1. That added capacity could expand research in areas such as health, energy, agriculture and national security.“ This investment puts Saskatchewan at the leading edge of a technology that is reshaping how quickly we can solve complex challenges,” said Warren Kaeding, the province’s minister responsible for Innovation Saskatchewan, in a statement. 

USask will be installing the new quantum computer on-campus for research and education, marking a significant milestone for academic research infrastructure. The system will include 14 superconducting quantum bits, or qubits, across two chips—providing researchers with direct access to quantum hardware.

Dr. Steven Rayan, director of USask’s Centre for Quantum Topology and Its Applications (quanTA) and principal investigator on the project, said having on-site access to the technology will significantly expand research possibilities. 

“Just like there is no substitute for flying the actual plane, there is no substitute for having novel technology like this on premises,” he said. “We enter a new world of quantum-accelerated research and training.” The installation also strengthens regional collaboration. USask recently signed a letter of intent with the University of Calgary to link its quanTA centre with Calgary’s Quantum City initiative, forming part of a broader “Quantum Corridor” in the Prairies. 

Federal officials framed the investment as part of a wider effort to position Canada competitively in emerging technologies. “Canada’s future prosperity will depend on our ability to lead in the technologies shaping the world ahead,” said Eleanor Olszewski, minister responsible for Prairies Economic Development Canada. 

The system is expected to support collaborations with academic, government and industry partners, including the Vaccine and Infectious Disease Organization (VIDO), as researchers explore new applications of quantum computing in areas ranging from health to national security. 

The quantum computer was developed in partnership with several industry collaborators, including Rigetti Computing, Qblox, QuantrolOx and Zero Point Cryogenics.