New Breakthrough in Quantum Computing Development, Hybrid Quantum Error Correction Technology

Credit: Korea Institute of Science and Technology

Fault-tolerant quantum computing architecture using hybrid qubits / Fault-tolerant quantum computing architecture based on hybrid qubits that utilize both DV and CV qubits simultaneously. It utilizes hybrid fusion techniques to connect hybrid qubits to form an error-correcting lattice structure.

« New Breakthrough in Quantum Computing Development, Hybrid Quantum Error Correction Technology

Credit: Korea Institute of Science and Technology

Graphs of Optical Loss Fault Tolerance Threshold and Resource Consumption / Graphs of optical loss fault tolerance threshold and resource consumption comparing the results of the hybrid method and the existing optical approaches. The hybrid method proposed in this study achieves the photon loss threshold over 4 times higher than the existing approaches, and a significant improvement in resource efficiency, exceeding 13 times.

« New Breakthrough in Quantum Computing Development, Hybrid Quantum Error Correction Technology

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