Gu Chanting Fen Wang Dazhong personal profile
Gu Chanting Fen Wang Dazhong personal profile, this morning, 2020 annual national science and technology awards conference was held in Beijing, **** selected 275 projects. The highest science and technology award was awarded to academician Gu Chanting Fen, Wang Dazhong academician. Gu Chanting Fen Wang Dazhong personal profile.
Gu Chanting Fen Wang Dazhong personal profile 1On the morning of November 3, 2020 annual National Science and Technology Award Conference was held in the Great Hall of the People in Beijing. Ltd. Gu Chanting Fen academician and Tsinghua University Wang Dazhong academician was awarded the National Highest Science and Technology Award.
The reporter learned that since the reform of the science and technology award system in 1999, *** there are 35 scientists such as Wu Wenjun, Yuan Longping, etc. won the highest national science and technology awards.
The two scientists who won the highest honor, what kind of wonderful life? We came together to understand.
Gu Zhifen, born in February 1930, China Aviation Industry Corporation researcher. New China's aircraft design master, the founder of aircraft aerodynamic design, academician of the Chinese Academy of Sciences, academician of the Chinese Academy of Engineering.
Gu has always been committed to promoting the development of China's aviation science and technology. He organized a series of aviation key core technologies, presided over the establishment of China's aircraft design system, presided over the development of the model of China's fighter aircraft from scratch history, traction and promote the construction of China's aviation industry system, training a large number of academicians, experts and other leading talent, greatly support the development of China's aviation weaponry models.
He is one of the founders of the aviation science and technology of new China, and also the founder of the aerodynamic design of China's aircraft. He presided over the aerodynamic layout design of J1, J6, J8 and J8II aircraft, which laid the foundation stone for the aerodynamic design of China's subsonic and supersonic aircraft, and promoted the development of China's aerodynamic research and design infrastructure.
He also put forward a number of development proposals from the national strategic level, such as the large aircraft specialization, national aviation emergency rescue system, etc., put forward a new generation of fighter jets, helicopters, and other weapons and equipment development proposals, put forward a number of development proposals from the forward-looking subversive technologies, such as military artificial intelligence, surprise bomber and other technology groups, and put forward a number of development proposals, which have all been accepted by the Aviation Power and other strategies. He has also put forward a number of development proposals, which have been adopted and put into practice, and has made outstanding contributions to the development of the aviation industry of new China in the past 70 years.
Wang Dazhong, born in February 1935, is a professor and former president of Tsinghua University, an internationally renowned nuclear energy scientist, and an academician of the Chinese Academy of Sciences.
Wang Dazhong has a deep sense of serving his country and his people, and is committed to building nuclear power plants to serve his country. He has been working in the field of advanced nuclear energy technology research and development for decades, and has presided over the research, design, and construction of the world's first 5MW shell-integrated low-temperature nuclear heating test reactor and the world's first 10MW modular spherical-bed high-temperature gas-cooled experimental reactor with intrinsic safety features, and has vigorously promoted the application of the above two advanced reactor technologies.
He led the nuclear energy research team at Tsinghua University to improve the safety of nuclear energy as the main academic concept, and successfully walked out of a road of development of advanced nuclear energy technology with inherent safety as the main feature.
It is worth noting that during his tenure as President of Tsinghua University, Wang Dazhong, together with the leadership team, led the faculty, students, and staff to actively explore the path of building a world-class university with Chinese characteristics, and made significant contributions to the reform and development of higher education in China.
Gu Chanting Fen Wang Dazhong personal profile 2This morning, the 2020 annual National Science and Technology Award Conference held in Beijing. 2020 National Science and Technology Award *** selected 275 projects (candidates, organizations), the highest science and technology awards awarded to academician Gu Chanting Fen, Wang Dazhong academician. Among them, 46 national natural science awards, 61 national technology invention awards, 157 national science and technology progress awards Chinese people *** and the State International Science and Technology Cooperation Award 8 people, 1 organization.The total number of awards granted in 2020 is 33 items (people) less than in 2019.
Although the number of national nominations is increasing, the number of awards is decreasing, but the "hard power" of Shanghai's awards has increased significantly. 2020, Shanghai in the National Natural Science Award, the Award for Technological Inventions and the Award for Progress in Science and Technology, the three awards, respectively, topped the list - the National Natural Science Award, the Award for Technological Inventions and the Award for Progress in Science and Technology, respectively. In 2020, Shanghai won the first prize in the National Natural Science Prize, Technological Invention Prize and Science and Technology Progress Prize, accounting for 17.39% of the national total. This is since 2000, Shanghai led the largest number of national first prize, but also the first time in Shanghai in the National Natural Science Award, the National Award for Technological Invention and the National Award for Progress in Science and Technology "three big prizes" higher awards to realize the "gold release".
Among them, the first prize of the National Natural Science Prize represents the highest level of basic research in China, and is used to recognize the achievements of major scientific discoveries, and has always been adhering to the principle that it is better to have fewer than more, and therefore there are vacancies from time to time. 2000 to 2019, the first prize of the National Natural Science Prize was awarded to only 13 achievements, and there have been nine years of vacancies. Fudan University, Zhao Dongyuan presided over the completion of the `"creation and application of ordered mesoporous polymer and carbon materials" won the first prize of natural science in 2020, which is China's highest affirmation of the results of basic research, but also Shanghai after eighteen years to win this award. In terms of the National Technological Invention Award, the special project led and completed by the Shanghai team won the first prize; in the first prize of the National Science and Technology Progress Award, the "independent development and industrialization of high-field magnetic **** vibration medical imaging equipment" of Shanghai Lianyin Medical Technology Co. The creation and protection of rice genetic resources and research and utilization of the gold list.
In addition, in 2020, Shanghai also had eight basic research results among the national natural science awards, accounting for 19.57% of the total number of national natural science awards. This is the first time since 2014 that Shanghai's share of the national natural science awards has exceeded that of the scientific and technological progress awards. Behind the change in figures is Shanghai's unchanging intention to create a favorable scientific research environment and increase support for basic research over the years, the continuous improvement of its original ability to face the world's scientific frontiers, and the inexhaustible emergence of forward-looking and theoretical high-quality results. At the same time, Shanghai's award-winning results involve fields covering nearly half of the country's disciplinary review groups, and blossom in the fields of chemistry, mathematics, biology, materials science, biomedicine, electronic information, light industry and textile, materials and metallurgy, computers and automation, engineering and construction, agriculture, and so on. By constantly marching towards a scientific and technological innovation center with global influence, Shanghai's profound research accumulation and comprehensive scientific and technological strength in many disciplines have formed a multidimensional and systematic strategic support for national economic and social development.