1, Wu Nan
Wu Nan, 1986, born in February, party member, CPC. 20 12 Peking union medical college/Tsinghua University medical college graduated from master of medicine with eight-year program. He is currently the Deputy Chief Physician of Orthopaedics of Peking Union Medical College Hospital, Minister of Youth Work Department, Director, Researcher and Doctoral Supervisor of Key Laboratory of Big Data Research and Application of Spinal Deformity of China Academy of Medical Sciences.
He has completed more than 65438+100000 hours of surgery, helping more than 3000 patients straighten their backs. Together with his team, he established the world's largest gene research system for spinal deformity, revealing the most important genetic pathogenic factor of congenital scoliosis for the first time. He led the youth team to bravely fight the epidemic, insisted on stopping outpatient service and services, and stuck to the front line of COVID-19 nucleic acid sampling shelter.
2. Gribasan
Glebasan,/kloc-0, born in June, 1985, holds a master's degree. He is currently the chairman of Tibet Dadi Roof of the World Dadi Roof Industrial Development Co., Ltd., actively participates in the construction of the world Dadi Roof, insists on expanding and strengthening the characteristic and advantageous industries, and has developed 34 single products in 7 categories, including saffron and highland barley comprehensive products.
He undertook the restoration and reconstruction projects of the former Lhasa Leather Factory and Linzhi Wool Mill, effectively broadened the income-increasing channels of the upstream10.6 million farmers and herdsmen, took the initiative to assume social responsibilities, and helped solve the employment of 382 people.
3. Cao Xun
Cao Xun,1born in June 1983, party member, CPC. 20 12, Ph.D., graduated from the Automation Department of Tsinghua University, and is now the head, professor and doctoral supervisor of the Communication Engineering Department of the School of Electronic Science and Engineering of Nanjing University.
He overcame the technical problems of dynamic spectral imaging, broke the long-term monopoly of foreign countries and successfully developed a series of domestic spectral camera devices. Promote the independent innovation of spectral early warning camera, and realize multi-source dynamic, comprehensive, accurate and real-time intelligent monitoring and early warning of chemical leakage. The image coding standard led by the research team ranked first in the world for two consecutive years and was adopted as the benchmark model by the International Organization for Standardization.
4. Sui Shaochun
Sui, born in1May, 985, 1985, was born in party member, China. 20 16, Ph.D., graduated from department of mechanical engineering, Tsinghua University, and is currently the deputy general manager and researcher-level senior engineer of Chengdu Aircraft Industry (Group) Co., Ltd., an aviation industry.
He is a promoter of high-end equipment manufacturing innovation in the national defense field, rooted in aviation to serve the country, devoted himself to tackling key technical problems in high-end aviation equipment manufacturing, building scientific and technological innovation platforms and building teams, led a number of major national scientific research projects, participated in the development of national key model projects, and achieved a breakthrough in international standards in the field of metal cutting in China.
5. Pan Shilong
Pan Shilong,1born in May 1982, party member, CPC. He graduated from the Department of Electronics of Tsinghua University in 2008, and is currently the executive vice president, professor and doctoral supervisor of the School of Electronic Information Engineering of Nanjing University of Aeronautics and Astronautics.
He led the research direction of microwave photonics, and the key indicators of the developed instrument increased by 4000 times, successfully breaking through the major national engineering test problems such as lunar exploration, meridian engineering and interference network of submarine observation shed. Innovating the production process of core devices and the calibration method of array radar, the detection ability is doubled, and the world's first microwave photon imaging radar chip is developed.