Nord Quantique Reaches $1.4 Billion USD Valuation with Latest Investment
Nord Quantique reaches unicorn status with $30 million growth equity investment SHERBROOKE, Quebec, May 18, 2026 — Nord Quantique, a pioneer in the field of quantum error correction and quantum computing, today announced the closing of a $30 million investment to support the advancement of the Company’s roadmap towards fault tolerance in 2030. “Our hardware-efficient […]
Nord Quantique Appoints Tammy Furlong as Chief Financial Officer
Nord Quantique today announced the appointment of Tammy Furlong as Chief Financial Officer. The appointment strengthens Nord Quantique’s executive leadership as the company advances toward commercially viable, fault-tolerant quantum computers. Furlong brings more than 25 years of experience guiding public and pre-IPO companies through critical phases of growth and industrialization, with senior finance roles across […]
Giving Back to Where It All Began
Nord Quantique Supports Student-led Quantum Research at Université de Sherbrooke Last month, Nord Quantique announced a $120,000 donation to the Institut quantique (IQ) at the Université de Sherbrooke. The critical funds will be applied to the revival of an important quantum technology research initiative: the Call for Projects program. The program supports emerging researchers with […]
Nord Quantique Receives $23 Million in Non-Dilutive Funding Through Canadian Quantum Champions Program
Canadian Government’s Financial Commitment to Quantum Computing Now Paves the Way for Larger Contracts Abroad for Nord Quantique SHERBROOKE, Canada (December 15, 2025) – Nord Quantique, a leading builder of quantum computers, today announces it will receive up to CA $23 million (US $16 million) as part of Phase 1 of the newly created Canadian Quantum […]
Quantum Leadership and the Economics of Discovery
What this year’s Nobel Prize in Economics tells us about innovation – and where quantum fits in When Canadian economist Peter Howitt picked up the phone early one October morning, a reporter told him he’d just won the Nobel Prize. Moments later, calls poured in from across the world. “It’s the dream of a lifetime […]
Canada’s Nord Quantique Selected for Second Phase of DARPA Quantum Benchmarking Initiative
Contracts worth up to $15 million USD Awarded to Companies Which Have Successfully Completed Stage A, Indicating They May Deliver Utility Scale Quantum Computing by 2033 SHERBROOKE, Canada (November 6, 2025) – Nord Quantique, a pioneer in the field of quantum error correction, today announces it has been invited to participate in Stage B of DARPA’s Quantum […]
Budget 2025: Building Canada’s Quantum Future
By Philippe St-Jean, Chief Business Officer at Nord Quantique Yesterday, the federal government tabled a landmark budget that positions Canada to build “Canada Strong” through strategic, future-focused investments. For the nation’s growing quantum community, Budget 2025 points to setting quantum technology as not just a policy goal, but a national priority. The federal budget proposes […]
Press Release: Fewer Qubits and Better Error Correction: Nord Quantique’s Multimode Encoding Breakthrough
We’ve achieved another milestone in our journey to develop scalable, fault-tolerant quantum computing technologies — the successful implementation of the Tesseract code.
Breaking New Ground with the Tesseract Code
We’ve achieved another milestone in our journey to develop scalable, fault-tolerant quantum computing technologies — the successful implementation of the Tesseract code. The Tesseract code sets a new benchmark for quantum error correction. This is the first-ever demonstration of quantum error correction using the Tesseract code showcasing improvements over single-mode GKP qubits and unveiling new […]
Technical Paper: Suppressing Logical Errors with Multimode Quantum Error Correction
Nord Quantique – May 28, 2025 I. INTRODUCTION Quantum error correction (QEC) is essential for fault-tolerant quantum computing, ensuring that logical information remains protected from physical noise during the execution of quantum algorithms. Traditional QEC strategies achieve this by redundantly encoding logical qubits across many physical two-level systems (qubits), but this approach incurs significant hardware […]