The Logical Qubit Company

Error-corrected quantum computers with minimal overhead

We are reinventing computing from the qubit up. 

Our unique approach embeds error correction directly into every qubit—enabling a faster, more practical path to fault-tolerant quantum computing.

Our Vision

To reinvent computing from the qubit up.

 

Our Mission

Build rack-scale error-corrected quantum computers.

 

Our Strategy

We use 1:1 logical-to-physical qubits using superconducting bosonic codes to minimize quantum computer overhead.

The Nord Quantique advantage​

When quantum systems rely on adding vast numbers of physical qubits to compensate for errors, the result is massive overhead – think football field-sized complexes.

At Nord Quantique, we take a fundamentally different path.

Our superconducting architecture uses bosonic error-correcting codes to reach a 1:1 logical to physical qubit ratio.

Correcting errors intrinsically, at the hardware level, dramatically reduces system size, complexity, and energy requirements—enabling quantum computers that can fit into an existing data centre, instead of large industrial complexes.

This hardware-efficient approach provides a practical path to scalable fault-tolerant quantum computing—and a clear route to real-world deployment.

Error correction at the source

Bosonic codes for error-correction, minimizing overhead requirements.

 

Proven superconducting platform

Built on mature, well-understood superconducting technology.

 

Capital-efficient scaling

Small systems reduce build costs, operational complexity, and infrastructure dependence.

 

Industry recognized leadership

One of only eleven companies selected for Stage 2 of DARPA’s global Quantum Benchmarking Initiative, and one of four inaugural Canadian quantum computing champions.

 

Our achievements

2020
Nord Quantique is founded and begins its hardware operations in Sherbrooke’s Quantum Innovation Zone
2021
First grid codes implemented by Nord Quantique
2023
First industry demonstration of quantum error correction by Nord Quantique
2025
o First multimodal grid codes demonstrated by Nord Quantique
o First-ever demonstration of quantum error correction using Tesseract code by Nord Quantique
o Nord Quantique is selected to participate in DARPA's global Quantum Benchmarking Initiative in April, and by November is one of eleven companies in the world to advance to Stage B of the program.
o Nord Quantique is named one of the inaugural firms in the Canada Quantum Champions Program

Recent advancements
at Nord Quantique

Read more about Nord Quantique’s work in quantum error correction, fault tolerant quantum computing and the research that’s propelling us forward.

People

Meet some of the people behind Nord Quantique – a team united by a shared vision of quantum excellence and a commitment to redefining what’s possible.