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Google recently released a new generation of quantum computing chip called Willow, which caused a great sensation in the scientific and technological circles.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.In addition, sundar pichai, CEO of Google, announced this achievement on social platforms, and it has been published in the scientific journal Nature. This achievement also attracted the amazement of the technology giant Musk, who responded to the tweet "Wow" of Google CEO on social media. At the same time, Sam Altman, CEO of artificial intelligence company OpenAI, also forwarded Pichai's post with "warm congratulations".The content is for reference only and does not constitute investment advice. Like and pay attention, never get lost.

The content is for reference only and does not constitute investment advice. Like and pay attention, never get lost.In addition, sundar pichai, CEO of Google, announced this achievement on social platforms, and it has been published in the scientific journal Nature. This achievement also attracted the amazement of the technology giant Musk, who responded to the tweet "Wow" of Google CEO on social media. At the same time, Sam Altman, CEO of artificial intelligence company OpenAI, also forwarded Pichai's post with "warm congratulations".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.