International Day of Quantum: 2025 Is the Best Time Ever To Be In Quantum
As we celebrate World Quantum Day on April 14th, the global quantum community is marking unprecedented progress and possibilities. World Quantum Day has grown from a grassroots initiative to a global phenomenon, with events spanning educational outreach, industry showcases, and research announcements around the world. This international day of recognition symbolizes how quantum technologies have […]
Nord Quantique Selected for DARPA Quantum Benchmarking Initiative
Promising Approach to Error Correction Places Canadian Company Among Group Chosen to Prove Utility-Scale Quantum Computing Can be Achieved SHERBROOKE, Canada (April 3, 2025) – Nord Quantique, a leading maker of quantum computers with efficient error correction, today proudly announces it has been accepted into stage A of DARPA’s Quantum Benchmarking Initiative (QBI). The company is one of […]
Pushing the Limits of Quantum Error Correction with High-Performance Quantum Simulation
To unlock the full potential of quantum computers, we must first overcome quantum’s biggest challenge: errors. Quantum systems are tremendously fragile with even the slightest disturbance affecting the quantum state. This fundamental obstacle has made achieving reliable, large-scale quantum information processing extremely challenging. That’s why quantum error correction is so crucial to the advancement of […]
Why Quantum Computing’s Value Lies Beyond Stock Market Volatility
By Philippe St-Jean There has been quite a bit of commotion recently around the price action of quantum computing stocks, particularly following comments made by Jensen Huang, CEO of NVIDIA. Huang mentioned that he does not anticipate the emergence of ‘very useful quantum computers’ for another 15 to 20 years. This opinion has sparked debate […]
Early Fault Tolerance with Bosonic Codes
At Nord Quantique, we implement resource-efficient Quantum Error Correction (QEC) using bosonic codes in superconducting architectures. This approach enables direct error correction on key physical components through advanced control protocols, eliminating the need for hardware redundancy. This method offers a clear path towards a one-to-one logical qubit to physical cavity ratio, to achieve fault tolerant […]
Securing the Quantum Supply Chain: How Nord Quantique Builds Resilience Through Strategic Partnerships
By Michel Pioro-Ladrière In the rapidly evolving world of quantum computing, securing a reliable and resilient supply chain is critical. At Nord Quantique, we are building the core hardware that will unlock the full potential of quantum computing, much like GPUs have done for AI. By sourcing essential materials—such as high-grade aluminum and superconducting chips—and […]
Nord Quantique Secures Semiconductor Supply Chain Through Two New Partnerships
The Strategy Aligns with Technological Sovereignty Initiatives in the U.S. and Canada, as Outlined in the U.S. CHIPS and Science Act, and Supports End-to-End Quantum Chip Manufacturing in the Area. SHERBROOKE, Canada (October 23, 2024) – Nord Quantique, a scale-up company and leader in the field of quantum error correction, today announces two new partnerships to secure […]
Nord Quantique Expands its Management Team
As our company continues to grow and evolve on our journey toward fault-tolerant quantum computing, more potential partners are approaching us, and more opportunities are presenting themselves month after month. That’s why, with the support of our board of directors, we are expanding the C-suite at Nord Quantique. To that end, our Co-Founder and CEO […]
A Hardware-Efficient Approach to Quantum Error Correction
By Nicholas E. Frattini Quantum computing is a nascent, yet incredibly promising field which has the potential to unlock important innovations in a range of industries from finance to pharmaceuticals. And while the industry is getting closer to achieving this with each passing week and month, there remains some difficult challenges which must be overcome […]
Bosonic Pauli+: A tool for designing a quantum computer built from GKP qubits
The Bosonic Pauli+ method can make accurate predictions about large error corrected quantum computers built from superconducting GKP qubits, and will enable us to quickly progress and develop the details of our quantum computer. At Nord Quantique, we believe that the best way to build a useful quantum computer is using superconducting GKP qubits. Our […]