Overview

• Nord Quantique’s Tesseract code combines multimode encoding with bosonic qubits to protect against bit flips, phase flips, control errors and leakage errors while reducing physical qubit requirements.
• Through erasure-based error suppression and mid-circuit measurements, the company showed stable quantum information over 32 consecutive correction cycles, discarding about 12.6% of imperfect runs.
• Researchers estimate that computing an RSA-830 cryptographic challenge at 1 MHz would consume just 120 kWh on this system—about 90% less energy than a classical high-performance computing setup.
• A full-scale machine with 1,000 logical qubits based on this architecture is expected to fit within a 20 square-meter footprint suitable for standard data centers.
• Nord Quantique aims to demonstrate processors with more than 100 logical qubits by 2029, marking a key step toward scalable, fault-tolerant quantum computing.