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Willow completed a standard benchmark calculation in less than 5 minutes, and today's fastest supercomputer takes "10 to the 25th power" years, which is far beyond the age of the universe. This achievement not only marks the remarkable improvement of quantum computing ability, but also provides new possibilities for the practical application of quantum error correction technology.NVIDIA is in danger, Google Quantum Chip is born, and the chip pattern may change.Willow completed a standard benchmark calculation in less than 5 minutes, and today's fastest supercomputer takes "10 to the 25th power" years, which is far beyond the age of the universe. This achievement not only marks the remarkable improvement of quantum computing ability, but also provides new possibilities for the practical application of quantum error correction technology.

Willow completed a standard benchmark calculation in less than 5 minutes, and today's fastest supercomputer takes "10 to the 25th power" years, which is far beyond the age of the universe. This achievement not only marks the remarkable improvement of quantum computing ability, but also provides new possibilities for the practical application of quantum error correction technology.Willow completed a standard benchmark calculation in less than 5 minutes, and today's fastest supercomputer takes "10 to the 25th power" years, which is far beyond the age of the universe. This achievement not only marks the remarkable improvement of quantum computing ability, but also provides new possibilities for the practical application of quantum error correction technology.

Willow completed a standard benchmark calculation in less than 5 minutes, and today's fastest supercomputer takes "10 to the 25th power" years, which is far beyond the age of the universe. This achievement not only marks the remarkable improvement of quantum computing ability, but also provides new possibilities for the practical application of quantum error correction technology.Willow completed a standard benchmark calculation in less than 5 minutes, and today's fastest supercomputer takes "10 to the 25th power" years, which is far beyond the age of the universe. This achievement not only marks the remarkable improvement of quantum computing ability, but also provides new possibilities for the practical application of quantum error correction technology.