Developed Proprietary Quantum Error Correction Technology Beyond the World's Leading Quantum Computing Companies

Credit: Korea Institute of Science and Technology

Fault-Tolerant Fusion-Based Quantum Computing Architecture with Quantum Error-Correcting Fusion / A fault-tolerant quantum computing architecture designed using quantum error-correcting encoded-fusion techniques. By adding layers of architecture, it utilizes multiple quantum error correction codes in fusion (Shor codes) and quantum computing architecture (Surface codes).

« Developed Proprietary Quantum Error Correction Technology Beyond the World's Leading Quantum Computing Companies

Credit: Korea Institute of Science and Technology

Photon Loss Tolerance Thresholds / Graph of photon loss tolerance threshold versus number of consumed photons compared to the results of PsiQuantum's method, Fusion-based Quantum Computing (FBQC). The encoded-fusion-based quantum computing (EFBQC) developed in this study achieves thresholds of up to 14%, significantly exceeding PsiQuantum's maximum threshold of 2.7%, and achieving significantly higher thresholds while consuming the same number of resources (photons).

« Developed Proprietary Quantum Error Correction Technology Beyond the World's Leading Quantum Computing Companies

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