Nord Quantique positions Sherbrooke at the forefront of quantum computing
By William Crooks
Local Journalism Initiative
Sherbrooke-based Nord Quantique has recently secured two pivotal partnerships, propelling its vision of achieving reliable quantum computing. Known for its focus on error-corrected quantum systems, the company is working to overcome the challenges of creating fault-tolerant quantum computers. Through these collaborations, Nord Quantique aims to ensure a stable, North America-based supply chain for its specialized superconducting microchips, positioning itself as a leader in this complex and emerging field.
Quantum computing is fundamentally different from classical computing, with potential applications that range from pharmaceutical drug discovery to optimizing infrastructure like electrical grids. However, the technology is still in its early stages, with the challenge of building reliable, error-free systems yet to be fully resolved. Unlike traditional computers, quantum computers can process multiple possibilities at once. Michel Pioro-Ladrière, Nord Quantique’s vice president of strategic partnerships, explained in a recent interview that a classical computer would solve a maze by testing paths sequentially, while a quantum computer could evaluate all paths simultaneously, drastically speeding up the process.
These advancements require chips that are unlike any standard computer component. Pioro-Ladrière emphasized, “We’re developing hardware with the correct properties for useful quantum computing. Traditional chips don’t work for us, so we need chips that are robust and reliable for quantum-specific applications.” To produce these, the company has secured partnerships with the MiQro Innovation Collaborative Centre (C2MI) in Bromont, Quebec, and NY CREATES in Albany, New York. Both partnerships are essential for achieving reproducibility and consistency in quantum chip manufacturing—elements crucial for Nord Quantique’s growth.
The C2MI partnership provides Nord Quantique with industrial-grade fabrication for superconducting qubits. The collaborative focus is on developing a superconducting foundry, which doesn’t currently exist at scale in Canada. C2MI will build the infrastructure, while Nord Quantique brings expertise in manufacturing superconducting chips. This setup will be vital for Nord Quantique’s roadmap, which envisions an increase from its current team of 32 to 70 as the company continues to grow. According to Pioro-Ladrière, “We absolutely need a secure supply chain for chips to support our growth.”
