Mission
To build hardware-efficient, error-corrected quantum computers by embedding quantum error correction directly in every qubit — enabling fast, scalable, practical fault-tolerant quantum computing.
Value Proposition
Nord Quantique builds fault-tolerant, hardware-efficient quantum computing systems. Its unique architecture leverages bosonic error correction to deliver scalable, energy-efficient solutions. Nord Quantique systems utilize a 1:1 logical-to-physical qubit ratio, tileable design, and fast clock rates with a goal to bring efficient, scalable, and data-center-compatible quantum computers to the market.
WHY Nord Quantique STANDS OUT
01
World Class Quantum Error-Correction: Nord Quantique’s unique approach corrects the most common types of errors (bit flips and phase flips) using bosonic codes. This corrects most errors without dedicating overhead of redundant qubits to error correction.
02
Fast Processing: Nord Quantique quantum computers are built using the most advanced and widely adopted quantum hardware platform – superconducting circuits – leveraging scalable performance and fast clock rates.
03
A Clear Path to Fault-Tolerant Scaling: From being the first to realize a logical qubit from a single physical qubit, to the first hardware-efficient Tesseract code demonstration, Nord Quantique’s path to fault tolerance leverages these achievements and aims to deliver a 256 logical qubit system by 2030.
MEDIA GALLERY
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