Two years after successfully constructing "Nine Chapter 2", Chinese scientists have announced that they have successfully constructed the quantum computing prototype "Nine Chapter 3", and the calculation speed is 100 billion billion faster than the world's fastest supercomputer.Times.
According to the news published by the official website of the University of Science and Technology of China on Wednesday (October 11), the research team composed of Pan Jianwei and Lu Chaoyang of China University of Science and Technology and the Chinese Academy of Sciences Shanghai Micro System Institute and National Parallel Computer Engineering TechnologyThe research center cooperated to successfully build a 255 photon quantum computing prototype "Nine Chapter 3".
The official website of the University of Science and Technology stated that scientific researchers have designed a new method of photon detection for time and space reuse, and the number of quasi -photon numbers with high -fidelity is the number of quasi -opticity.
According to the officially published optimal classic accurate sampling algorithm, the "9 Chapter 3" processing Gaussian Bolk sampling speed increased by 1 million times compared with the previous generation "Nine Chapter 2".The highest complexity sample processed by the "9th chapter 3" in one -one -second, which requires the current strongest supercomputer "Frontier" for more than 20 billion years.
The official website said that this achievement has once again refreshing the world record of the technical level of optical quantum information and the superiority of quantum computing, and further consolidating China's internationally leading position in the field of optical quantum computing.
Quantum computing is a new computing paradigm in the post -Moore era. It has super fast parallel computing power in principle.Development of quantum computers is one of the biggest challenges of the current world technology.
The Chinese University of Science and Technology team successfully constructed the 76 photon's "Nine Chapters" photon computing prototypes in 2020, and developed 113 photon phase programming "Nine Chapter 2" in 2021.
