The aim is to analyze a new hybrid quantum error correction architecture for improving qubit reliability.
Developed a four-layer hybrid quantum error correction architecture
Conducted Monte Carlo simulations to assess performance
Measured final error probability and overhead
Achieved a final error probability of 1.5e-24
Demonstrated an overhead of 3.06:1
Showed improved reliability compared to traditional methods
Abstract
Technical report and Monte Carlo simulation results for a four-layer hybrid quantum error correction architecture achieving Pfinal = 1. 5e-24 at 3. 06: 1 overhead.
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Israel Sánchez Ortuño (2026) studied this question.