Our Vision
To reinvent computing from the qubit up.
Nord Quantique™
Error correction remains the main challenge for quantum computing to establish itself. At Nord Quantique, we are focused on building useful, error corrected, fault tolerant quantum computers.
Our systems are designed to correct errors at the qubit level. We strongly believe this is how we’ll achieve functional fault tolerance and efficiently produce useful quantum computers to provide significant benefits for all of humanity.
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.
Technology
At Nord Quantique, our 1:1 logical-to-physical qubit ratio, our tileable design, and fast clock rates bring efficient, scalable, and data-center-compatible quantum computers to the market. We believe these smaller, easily integrable systems will shape a future where everyone benefits from quantum innovation.
World Class Quantum Error-Correction Changes Everything
Nord Quantique is at the forefront of the field of quantum error correction. Quantum computers developed with our unique approach correct the most common types of errors (bit flips and phase flips) using bosonic codes. Unlike other designs, we correct most errors without dedicating overhead of redundant qubits to error correction.
Fast Processing for Solutions Now
Nord Quantique quantum computers are built using the most advanced and widely adopted quantum hardware platform - superconducting circuits. Our bosonic codes leverage this platform for scalable performance and fast clock rates. Our approach is designed to make quantum computing both accessible and practical.
A Clear Path for Scaling to Fault Tolerance
We have a history of meaningful milestones from our founding in 2020 to today. From being the first to realize a logical qubit from a single physical qubit, to the first hardware-efficient Tesseract code demonstration, our path to fault tolerance leverages these achievements and aims to deliver a 256 logical qubit system by 2030.
People
Our Impact
Read more about Nord Quantique's pioneering work in quantum error correction, fault tolerant quantum computing, and the impact we are having on the world.
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