The Canadian government is investing $1.38 million to advance quantum computing capabilities at the University of Saskatchewan. Prairies Economic Development Canada, or PrairiesCan, an agency promoting economic diversification, said Tuesday that the funding will enable the university to establish a full-stack, open-architecture quantum computer to support research and drive innovation.
How Will the Quantum Investment Support Research and Innovation?
According to PrairiesCan, the planned quantum computer at USask will expand research and development capacity by providing students and researchers with direct, on-site access to advanced computing technology.
The agency explained that quantum computing can accelerate breakthroughs and scientific discoveries, potentially addressing challenges in critical areas such as health, energy and national security.
“Canada’s future prosperity will depend on our ability to compete and lead in the technologies shaping the world ahead,” Eleanor Olszewski, minister of emergency management and community resilience and minister responsible for PrairiesCan, stated. “By investing in quantum computing capacity at the University of Saskatchewan, we are building on Saskatchewan’s research strengths, supporting the next generation of innovators, and helping Canada build a stronger, more resilient economy.”
The investment aligns with Canada’s National Quantum Strategy and aims to strengthen the country’s competitiveness in emerging technologies.
What Are the Details of the Quantum Computing Plan at USask?
Innovation Saskatchewan, an organization under the government of Saskatchewan, also announced an investment of around $287,000 through its Innovation & Science Fund to support the acquisition and installation of the quantum computer at USask.
Rigetti Computing, founded by Saskatchewan-born entrepreneur Chad Rigetti, will design and manufacture the superconducting quantum processor that will power the university’s quantum computer. USask’s Centre for Quantum Topology and Its Applications will operate the system.
