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Google's result is a concrete step in quantum error correction: magic state cultivation on Willow cuts error rates roughly 40-fold relative to uncultivated states, and the states can be moved between error-correction codes. The article's "95% of capacity" framing is an estimate, and the stated limitations mean this is a method that still needs work before it helps large-scale computation. Readers should watch whether the approach holds up at larger scales and under independent review.
Google Revolutionizes Quantum Computing: Reduces Errors 40-Fold with Willow

Google has just made a major move in the global race for quantum computing. The American company has announced a technological advance that reduces errors by 40 times in a process that is fundamental to the operation of these computers. The discovery, achieved using its Willow processor, reaches a logical fidelity of 99.99% and addresses a problem that had been holding back the development of this technology for more than two decades. The result opens a new stage for…
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News Archive 2026
Quantum Computing Report · 25 iul. 2026

Google Demonstrates Method to Cut Errors in Quantum Computing’s ‘Magic States’
The Quantum Insider · 16 oct. 2026

Google Researchers Propose Using Error Records to Improve Quantum Results After Computation
The Quantum Insider · 13 oct. 2026

Quantum Computers Need 100,000-Fold Performance Gain For Scientific Utility, Study Finds
The Quantum Insider · 15 sept. 2026