The United States is not open to China, but it has become the largest user of China
Introduction: With China's third generation of autonomous superconducting quantum computers"Wukong origins"and free of charge for global users, China's importance in the field of quantum computing has gradually become prominent. Although the United States has not opened its own quantum computers to China, China has in fact become the largest user of American quantum computers. This article will use this as a starting point to ** China's rapid development in the field of quantum computing and its competition with the United States.
Global users of quantum computers in China.
China's third-generation autonomous superconducting quantum computer"Goku"Since its launch on January 6, it has been available to users worldwide for free for a limited time. In just 10 days, it successfully completed 33,871 computing tasks. According to statistics, users from 61 countries around the world have accessed it remotely"Wukong origins", with more than 350,000 visits. Among them, the United States, Bulgaria, Singapore, Japan, Russia, Canada and other countries have the most users. As the head of the China research team, Guo Guoping said that though"Quantum computers in the United States are not open to China", but the Chinese team adheres to"Scientific exploration knows no borders"We are willing to open up our services to users all over the world, including the United States.
New description: China's third-generation superconducting autonomous quantum computer"Wukong origins"It has been well received since its launch. In just 10 days, it successfully completed 33,871 computing tasks. This means that more and more users are aware of the potential of quantum computing and are actively participating in it. According to statistics, users from 61 countries around the world use it through remote access"Wukong origins", with a total of more than 350,000 visits. The United States, Bulgaria, Singapore, Japan, Russia, Canada and other countries have a large number of users, among which the United States has the largest number of users, although the specific distribution of the number of times is not clear. Guo Mingyi said that although the United States is not open to China's quantum computers, China's scientific research teams are willing to share scientific research results and provide open services for global users.
U.S.-China competition in quantum computing.
Although the United States will not open its own quantum computers to China, China is far ahead of the United States in quantum computing. According to a study by the Australian Strategic Policy Institute, among the four major areas of quantum technology, the United States is ahead of China in only one area of quantum computing, while China is far ahead in three areas: quantum encryption, quantum communication and quantum sensing. Recent results suggest that the gap between China and the United States in quantum computing is narrowing. According to Japan's Science and Technology Agency (JSTA), China has about 2,700 patents for quantum technology, compared to about 2,200 in the United States. In addition, the pace at which China is catching up in basic research is also worrying for the West. In response, the United States not only restricts China's access to the latest technology, but also tries to devalue China's position in international intellectual property. However, there are signs that China is buying time and catching up in the field of quantum computing.
NEW DESCRIPTION: China and the U.S. are fiercely competitive in quantum computing. While the U.S. won't open up its quantum computers to China, China is far ahead of the U.S. in other areas. According to a study by the Australian Strategic Policy Institute, the United States is only slightly ahead of China in quantum computing, while China has an advantage in three areas: quantum cryptography, quantum communication, and quantum sensing. Some recent research results show that China is gradually catching up with the United States in the field of quantum computing. In addition, China's leading edge in quantum technology patents cannot be ignored. Statistics from Japan's Science and Technology Agency (JSTA) show that China has about 2,700 patents for quantum technology, much higher than the 2,200 in the United States. What's more, in terms of basic research, China has embarked on a large-scale process of catching up with the West. At the same time, the United States has imposed a series of restrictions in an attempt to prevent China from accessing the latest science and technology. However, these measures do not seem to have hindered China's development. In this competition, China has seized the opportunity to accelerate the pace of recovery and gradually occupy the leading position.
Conclusion. China's rapid development in the field of quantum computing is remarkable. Despite the restrictions and embargoes imposed by the United States and other countries, the Chinese research team insisted on providing services to global users with an open attitude, and received a positive response. China's significant achievements in the field of quantum computing and its leading position in the field of patents once again demonstrate China's strength and determination in scientific and technological innovation. In the future, China will continue to increase investment in scientific research, promote the development of quantum computing, and make greater contributions to global scientific and technological progress. At the same time, international cooperation and exchanges are also the key to promoting the development of quantum computing, and researchers from all countries should work together to promote scientific and technological sharing and innovation.