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Google's Willow quantum chip completed a benchmark in under five minutes ...
Google's Willow quantum chip completed a random circuit sampling benchmark in under five minutes; the company estimates classical simulation would take 10 septillion years, though the benchmark has no known commercial application. The more significant result is Willow's error-correction performance: logical error rates improved by roughly 2x with each step up in code distance, demonstrating progress toward fault-tolerant quantum computing.
This Wire brief sits within Fusion42's coverage of Quantum Computing. Wire is Fusion42's founder-focused intelligence feed: each story is connected to the funds and startups it names — every one with a live profile on Raise or Scout — so founders can follow the capital and the momentum behind the headline rather than just the headline itself. Wire analysis is one of the live surfaces Arthur, Fusion42's AI co-founder, reasons over.
The Wire takeaway
If you're building quantum algorithms or applications, Willow's error-correction threshold crossing changes what you can actually run: logical qubits now stay reliable longer than physical ones, which is the hard part of turning theory into working machines. The five-minute benchmark is marketing; the 2x improvement per code distance is your window opening.
Read the full story at scienceblog.com →
Topics: Quantum Computing · quantum-computing · error-correction · hardware-milestone · fault-tolerance