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Recently, the “Key National Key Laboratory for Quantum Information of the Chinese Academy of Sciences 2016†was held at the China University of Science and Technology (Eastern District) in Hefei. The 2016 National Key R&D Project “Semiconductor Quantum Chip†and the 2016 National Key R&D Plan The Youth Project “Quantum Simulation for Quantum Hybrid Systems†was officially launched “Construction and verification of high-performance measurement equipment-independent quantum communication protocolsâ€.
The opening ceremony was hosted by Guo Guangcan, academician of the Chinese Academy of Sciences and director of the Quantum Information Laboratory. Academician of the Chinese Academy of Sciences, Liu Ming, a researcher of the Institute of Microelectronics of the Chinese Academy of Sciences, and Zhang Weiping, a member of the project team of the Shanghai Jiaotong University, attended the kick-off meeting; Zhu Changfei, Vice President of the University of Science and Technology of China, attended the speech. mobilization.
“Quantum information, quantum computing and other researches are very popular in the world today and the competition is very fierce. We have also accumulated some, but the overall situation is still at a lagging level.†Zhu Changfei said that at present international counterparts have achieved some phased results and are gradually Advance to the application. We hope to achieve breakthrough results as soon as possible with the support of the national key R&D program.
He disclosed that the Chinese Academy of Sciences President Bai Chunli had high hopes when he visited the key laboratory of quantum information and hoped to have the birth of "China's first quantum computer" here.
Breakthroughs in quantum computer-related technologies have become another high ground that countries around the world are racing to pursue. This is due to the fact that quantum computers are significantly superior to classical computers in terms of ultra-parallel computing capabilities. For example, in the fields of nuclear explosion simulation, password cracking, materials and micro-nano fabrication, quantum computing has prominent advantages and is a recognized trend in the new concept of high-performance computing.
Scott Aronson, a computer scientist at MIT, once pointed out that the successful development of quantum computers will become an important milestone in the history of science.
Guo Guoping, chief scientist of the "Semiconductor Quantum Chip" project, told reporters of the "China Science Journal" that the project has set clear research goals for the research and development difficulties of quantum computing chips and will "long coherent, scalable, high-quality multi-qubit chips". Realize the research focus of this project. He said that in the project, emphasis will be placed on actual results, and the publication of papers will be neglected, and the application and acquisition of patents, especially international patents, will be emphasized.
"Quality simulation for quantum hybrid systems" "Construction and verification of high-performance measurement equipment-independent quantum communication protocols" The chief scientist of the two youth projects, Prof. Xu Jinshi and Prof. Yin Zhenqiang of the China University of Science and Technology respectively made a research report on the project title. The members of the participating experts discussed the project report fully.
Representatives of the Basic Research Center of the Ministry of Science and Technology, the Department of Informatics of the Fund Committee, the Department of Mathematical Sciences, and the Ministry of Science and Technology of China Science and Technology University attended the meeting.
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