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On September 25, 2024, a new book titled "Innovation Mission Responsibility - China's Top 100 Industry University Research Science and Technology Innovation Teams" showcasing classic cases of industry university research cooperation innovation teams was released in Beijing. The book selected 100 representative scientists, educators, and entrepreneurs, including 60 academicians of the Chinese Academy of Sciences and 40 leading talents in science and technology, as leaders of a science and technology innovation team, telling their advanced achievements and innovative stories in interdisciplinary and cross disciplinary deep cooperation.
The innovation team of Libo Technology has proudly included their outstanding innovation achievements and typical cases in this book as a tribute to the 75th anniversary of the founding of the People's Republic of China. Under the wise decision and careful guidance of Chairman Zhou Manshan, Libo Heavy Industry Group won the second prize of National Science and Technology Progress Award in 2019 and established the "Libo Innovation Institute". Over the past five years, Libo's scientific and technological innovation team has fulfilled its mission and led innovation. With Libo Heavy Industry Technology Co., Ltd. as the first unit to complete the project, it has undertaken the national key research and development plan - the key special project of "strategic mineral resources development and utilization", built a national post doctoral research station, was included in the Catalogue of Advanced and Applicable Technologies for Mineral Resources Conservation and Comprehensive Utilization - Green and Low Carbon Technologies issued by the Ministry of Natural Resources, won the bronze medal of the China Advanced Technology Transformation and Application Competition, the national grand prize of the "Science and Technology Innovation China" patent information innovation and application competition, won the national manufacturing industry single champion demonstration enterprise, the national intellectual property advantage cultivation enterprise, the new champion enterprise of China's heavy machinery industry, the national green factory, and China's industry university research cooperation Innovation demonstration enterprises, top 50 enterprises in China's coal machinery industry, etc, The newly established research and development institution, Libo Industrial Technology Research Institute (Shandong) Co., Ltd., has been rated as excellent in performance evaluation by Shandong Province for three consecutive times, and has been awarded the titles of "Qilu's Most Beautiful Science and Technology Worker Team" and "China's Top 100 Industry University Research Science and Technology Innovation Teams". It has also cultivated a large number of outstanding science and technology innovation talents at the national, provincial, and municipal levels, greatly enhancing Libo Group's scientific and technological innovation strength. With practical actions, it actively practices the "deepening implementation of the strategy of rejuvenating the country through science and education, the strategy of strengthening the country through talent, and the strategy of innovation driven development" proposed in the 20th National Congress of the Communist Party of China, and strives to shape.
On September 25th, the "Welcoming National Day · Industry University Research Empowering New Quality Productivity Symposium" and the launching ceremony of "Innovation Mission Responsibility - China's Top 100 Industry University Research Science and Technology Innovation Teams" were held at the International Conference Center of Zhongguancun Software Park in Beijing. The meeting was hosted by the China Association for Industry University Research Cooperation, and President Wang Jianhua, some academicians of the Chinese Academy of Sciences and the Chinese Academy of Sciences, leaders of relevant ministries and commissions, including the Ministry of Science and Technology, the Ministry of Education, the China National Intellectual Property Administration, the Chinese Academy of Administration, and the leading scientific and technological talent team participated in the meeting. Two deans of Libo Innovation Institute were invited to attend the conference in Beijing. At the meeting, Professor Zhang Yuan, the leader of the innovation team at Libo Technology and a national key talent, along with Academicians Wu Qiang, Mao Jingwen, Luo Xiwen, and Wang Guodong from the Chinese Academy of Engineering, were awarded certificates and gave typical speeches.
Lu Yongxiang, former vice chairman of the Standing Committee of the National People's Congress and academician of the Chinese Academy of Sciences, prefaced the book "Undertaking the Innovation Mission - China's Top 100 Science and Technology Innovation Teams". Lu Yongxiang pointed out that the technology innovation team is the main force for the country's innovation and development, and an important symbol of the country's core competitiveness. The development of technology innovation teams is directly related to the country's economic development and industrial upgrading, affecting the country's comprehensive national strength and even national security. By leveraging the enthusiasm of enterprises, universities, research institutes, and other parties, we aim to build a science and technology innovation team that loves the Party and serves the country, is dedicated to work, has outstanding technological innovation capabilities, and is good at solving complex engineering problems. Focusing on national key areas and weak links, we aim for the high ground of future scientific and industrial development, carry out collaborative research and development, and promote the integration of industry, academia, and research innovation. This is the fundamental way to achieve more breakthroughs from 0 to 1.
The book 'Innovation Mission Responsibility - China's Top 100 Science and Technology Innovation Teams in Industry University Research Cooperation' was organized and compiled by the China Association for the Promotion of Industry University Research Cooperation. According to Wang Jianhua, the editor in chief of the book and the president of the China Association for the Promotion of Industry University Research Cooperation, the 100 innovative teams included in the book cover multiple fields such as life sciences, material sciences, space sciences, aerospace, integrated circuits, new generation information technology, artificial intelligence, intelligent manufacturing, quantum technology, new energy, new materials, biomedicine, and agricultural technology. They have expanded the breadth and depth of technological innovation, achieved many important leading achievements at home and abroad, and presented readers with new models, mechanisms, achievements, and successful experiences of industry university research collaboration leading innovative development from different fields.
Among them, the book showcases multiple original fundamental research achievements led by academician Xue Qikun, the winner of the highest national science and technology award, in the fields of low dimensional nanostructure controlled growth and quantum phenomena research, quantum anomalous Hall effect and topological quantum computing, low dimensional high-temperature superconductivity and other cutting-edge research in condensed matter physics.
As one of the technological leaders in China's metallurgical industry, Academician Gan Yong, former Vice President of the Chinese Academy of Engineering, has led a team to engage in scientific and technological research and achievement transformation for more than 30 years, promoting the increase of China's steel continuous casting ratio from less than 10% to over 99%. He has played an important role in the development strategy research of new materials and the research of national scientific and technological innovation system mechanism.
The research team of new energy power systems led by Academician Ouyang Minggao has been closely following the forefront of national strategy for nearly 30 years, striving for progress, cultivating morality, and contributing to the scientific and industrial progress of the country in the fields of automotive power and new energy.
The team of Academician Wu Qiang is committed to scientific and engineering research on the prediction and prevention of mine water hazards, and has formed a scientific and technological innovation platform and achievement transformation platform with the distinctive feature of "coal mine water hazard prevention and control technology". They have achieved a series of major technological breakthroughs, including fine hydrogeological exploration of mines, comprehensive underground survey technology for mine water hazards, advanced exploration and treatment technology for collapse columns, key technology for safe mining of high pressure water in the bottom plate, and rapid treatment technology for sudden water disasters.
Academician Wang Guodong's team, starting from the high-quality development needs of China's steel industry, persistently builds a source of key common technologies for steel, focuses on the technical difficulties, pain points, and bottlenecks of the industry, concentrates on carrying out original and leading scientific and technological breakthroughs, and promotes the four in one innovation breakthrough of "basic research, technological innovation, achievement transformation, and industrial application" in China's steel field.
Academician Luo Xiwen's team, in response to the major needs of national agricultural engineering, conducted research on rice precision hole live broadcasting technology and precise farmland leveling technology in China, and successfully developed the "three synchronous" rice precision hole live broadcasting technology, paddy field laser leveling technology, and satellite signal leveling technology and equipment, which have reached the international leading level. They have broken through key core technologies such as full mechanization of rice production, agricultural machinery navigation, and Lingnan characteristic agricultural equipment, created the world's first unmanned rice farm, promoted the development of smart agriculture in China, and helped China move from an agricultural country to an agricultural powerhouse.
Academician Zheng Hairong's team has focused on the difficulties and pain points of independent innovation in medical equipment, breaking through the imaging methods, core components, and systems of medical imaging equipment such as high field human body superconducting fast magnetic resonance, functional ultrasound imaging, and regulation. Through close cooperation with leading enterprises, they have driven independent innovation in high-end medical equipment and achieved significant social and economic benefits.
In the case, the Ao Yingfang Technology Innovation Team from Peking University Third Hospital, guided by the major needs of China's sports medicine field, deepened the integration of industry, academia and research, and achieved significant theoretical and technological breakthroughs in basic and clinical research related to joint cartilage and ligament injuries and repair and reconstruction. They solved multiple key and difficult problems in the clinical diagnosis and treatment of sports system injuries, generated significant economic benefits and social value, and provided important support for the development of China's sports medicine industry.
The typical case selected by Libo's scientific and technological innovation team is the Plan for Challenging the "Scientific Research Blind Area" of Mineral Resources Transportation to Send to China under the "the Belt and Road" Initiative. Led by Professor Zhang Yuan, Libo's scientific and technological innovation team has been deeply engaged in the forefront of high-end equipment industry for mineral resources transportation all the year round. It has not only been brave in innovation but also focused on transformation, shouldering the important task of scientific and technological innovation given by history. Aiming at solving the "choke" problem in China's strategic mineral resources transportation, Libo has built an independent and controllable technical system of high-end equipment for mineral resources transportation in terms of theory, methods, technology and equipment. With scientific and technological innovation achievements, it has broken one foreign technological monopoly after another, greatly improved the international position of China's mine transportation equipment, and provided strong support for the construction of the "the Belt and Road" in this field.
At the symposium, representatives from the Ministry of Education, the China National Intellectual Property Administration, the Chinese Academy of Sciences, the Chinese Academy of Engineering and other units, related to government, industry, university and research funding, conducted in-depth discussions around the innovation of industry, university and research cooperation and how to enable the cultivation and development of new quality productivity.
Everyone believes that the deep integration of industry, academia, and research is an important way to promote the integrated development of education, technology, and talent. The innovative team included in the compilation is oriented towards the forefront of world science and technology, the main battlefield of the economy, major national needs, and people's health, keeping pace with the times and persevering. They have written their papers on the land of our motherland, demonstrating the magnificent power of China's scientific and technological innovation team and representing the deep integration of science and technology innovation and industry university research development in China. The editing and publication of this book is of great significance for inspiring the vast number of scientific and technological workers to work hard, move forward courageously, achieve high-level technological self-reliance and self-improvement, and shoulder heavy responsibilities in building a strong scientific and technological country.
