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"Error correction is a vital step necessary in the long-term development of quantum computing. It is the crucial step that turns quantum computing into a practical and commercial tool we can use to solve complex problems in chemistry, materials science, medicine, logistics and energy."

"Part of the challenge is how to scale the revolutionary technology efficiently – mechanisms that enable error correction without huge overheads in chip size, energy consumption and systems complexity are really welcome."

All three recent announcements have focused on reducing errors, and she tells me the industry is "pivoting" from a focus on the number of qubits to a focus the "ability to use these these systems at scale to solve real world life problems. And by doing so we need to be able to solve the error correction within the quantum systems".

Nonetheless, he said Willow represented significant progress, in particular in what's known as error correction.

We used to call this error correction of the 5th Circuit “cleanup on Aisle 4,” you know?