What is the "out of the circle" by Wuhan Hard Technology?

"Hard Technology" is "artificial intelligence, aerospace, biotechnology, photoelectric chip, information technology, new materials, new energy, new energy, intelligent manufacturing, etc. represented by high -precision technology. How is Wuhan performed on these tracks?

According to the survey, the four key tracks of machine learning, computer vision, voice recognition, and AI chip in the field of artificial intelligence, 4 key tracks of genetic technology, brain science, innovative drugs, and high -end medical devices formed by fission formation in the field of biotechnology. Big data, the Internet of Things, blockchain, quantum information, cloud security, and Yuan universe in the field of information technology are very promising in Wuhan.

Photovoltaic chip

Wuhan leads my country's silicon light chip technology for the first time to leap towards TB/S -Class

R & D personnel are researching and development.

At the end of last year, Dr. Xiao Xixi, general manager of the National Information Optical Electronics Innovation Center, led the team to complete the development of the first 1.6TB/S silicon optical interconnection chip. 1.6TB/s's high -capacity transmission can simply understand that 200 Gigabit broadband users can transmit data at the same time. This has achieved the first time that my country's silicon optical chip technology leaps towards the TB/S Class for the first time.

This chip uses silicon as a integrated chip substrate, which has the characteristics of high integration, low cost, and good transmission performance of light wave conduction. It is mainly used in large data centers. Chip solutions will provide strong support for new technologies and new industries such as super computing, artificial intelligence.

Xiao Xi introduced that he will also focus on the "card neck" field, leading the team to focus on continuous investment in the next generation of optical communication technology, silicon -based light electronic chips, 6G and other directions.

It is understood that optical chips are core components in the field of optoelectronics. Optical devices are an important segmentation track in the global semiconductor industry. With the booming of the optoelectronics semiconductor industry, optical chips, as the core component of the upstream industry chain, are currently widely used in many fields such as communications, industry, and consumption. In Wuhan, Optics Valley alone has the leading enterprise involved in the track of the National Information Optical Electronics Innovation Center and Huagong Technology. In recent years, Yunling Optoelectronics, Minding Core Semiconductor, Qianmu Laser, Pusser Electronics, Wuhan Ruijing, Guanganlun, Cossi Semiconductor, Lianjin Technology, Zhihui Citrier and other companies have also occupied a place in the field of optical chips. Essence

Quantum information

Wuhan developed atomic quantum computing prototype will be released during the year

Light quantum logic door concept diagram.

On September 21, the reporter saw at the Wuhan Quantum Technology Research Institute that R & D personnel are stepping up the development of atomic quantum computing prototypes, and it is expected to be officially released during the year.

Researcher Zhan Mingsheng, deputy dean of the Wuhan Quantum Technology Research Institute and chief scientist at the Institute of Precision Surveying Science and Technology Innovation of the Chinese Academy of Sciences, introduced that in front of quantum computers, the traditional computer is "like an abacus". At present, major industrial countries regard quantum computing as a future technical height.

Quantum science is not far from us. We are widely used computers, mobile phones, Internet, time standards and navigation, including magnetic resonance imaging in the hospital, etc., all of which are due to quantum science and technology.

Established in the Wuhan Quantum Technology Research Institute in September 2021, relying on Wuhan University, the Chinese Academy of Sciences Institute of Precision Science and Technology Innovation Research Institute, and Huazhong University of Science and Technology. Five aspects of basic research and core key technologies in quantum science, promote the transformation of quantum engineering demonstration applications and scientific and technological achievements.

From the perspective of the national layout of quantum technology, there are division of labor and coordinated development in the north and south of the east, west, north, south. Wuhan is the backbone of Central China.

It is understood that Wuhan participated in the layout of national quantum technology very early. Experts and scholars such as Academician Ye Chaohui have been participating in planning major scientific research projects such as quantum regulation, quantum information, and precision measurement physics. The precision gravity measurement science facilities co -established by Huazhong University of Science and Technology and the Institute of Technology Innovation of the Chinese Academy of Sciences, the National Key Laboratory of the National Key Laboratory of the Institute of Precision Surveying Science and Technology Innovation of the Chinese Academy of Sciences The system research platform and other are related to the forefront of quantum technology. In terms of national scientific research forces, the Wuhan Basic Research Platform has hard core reality.

Brain science

More than a hundred scientific research institutions for three -dimensional "brain map" instrument

Wuhan Wayi Biological Co., Ltd. produces three -dimensional brain maps for production instruments.

On the morning of the 21st, in Wuhan Wayi Biological Co., Ltd., R & D personnel quickly cut the rats of peanuts and sizes into a thin piece of thin meter, and "filmed" imaging. More than 10,000 image data was built with a complete and precise three -dimensional structural model after running high -speed operation at high speed.

The BiomApping series instrument independently developed by the MOST (micro -optical slicing fault imaging system) technology is based on MOST (micro -optical slicing fault imaging system). Basic research provides reference for reference coordinates of brain space positioning.

Brain science research, brain disease prevention, exploration and research of human consciousness, etc., all need a precise brain map. This instrument surpasses traditional two -dimensional brain diagrams and has become a popular basic research tool for brain science research.

"Draw the cerebral vascular connection diagram to provide a morphological measurement basis for the research and development of drug -related pathogenesis and drug research and development. It is also one of the specific application scenarios of the instrument." The relevant person in charge of Wife Bio said, Tsinghua University, the Shanghai Institute of Chinese Academy of Sciences, etc.More than 100 top universities and scientific research institutions have placed the company's leading three -dimensional "brain map" instrument.Wuhan brain science research and industrial development are also righteous.In August of this year, the first industrial base of brain science in Central China -Wuhan · China Optics Valley Brain Science Industrial Base was unveiled at the National University Science and Technology Park of Donghu High -tech Zone.The industry base is focusing on six major areas of brain imaging, brain disease prevention, brain intelligence, brain -electrical data, brain -edge technology, and intelligent equipment manufacturing, creating a brain science -based national science and technology enterprise incubator.

(Reporter Tan Fang Li Jia Correspondent Chen Xuefang Yan Tianfeng)

[Edit: Yu Lina]

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