The list is here!In the palace of science, they are shining stars!

Introduction to the 17th "Chinese Youth Women's Science Award" award -winning female scientist

(Sorted by the surname pen)

Fu Qiaomei

Director and researcher of the molecular biology laboratory of ancient vertebrates and ancient human research institutes of the Chinese Academy of Sciences

Fu Qiaomei, born in December 1983, Ph.D., member of the Communist Party of China. She is mainly committed to evolutionary genetic research, and decipher the oldest modern genome in the world to determine that modern people enter Asia. Dynamic changes in European population; through the development of capturing the ancient nuclear genome technology, the possibility of large -scale research on the ancient DNA, and correcting and refining the human evolution process. Related studies have been filled with important information shortcomings that have been evaluated by natural news and scientific news, and they have made important scientific contributions to exploration of Huaxia ethnic groups and the amendments to the evolution of East Asian people. In addition, through the joint development of cutting -edge technology, Fu Qiaomei built the first domestic DNA automation experiment platform comparable to the world's top level, proved the "Made in China" scientific research and innovation strength to the world. To lead the leader, play an important role in improving my country's scientific research strength and facilities and entering the ranks of international leaders.

Feng Lin

Deputy Director and Professor of the Institute of Animal Nutrition of Sichuan Agricultural University

Feng Lin, born in April 1980, is a doctor, member of the Communist Party of China. She focuses on the health and meat research of nutrient regulation of freshwater fish, and has made breakthrough progress: ① clarify the role and mechanism of the main nutrients regulating carp digestion and absorption, disease resistance and nitrogen and phosphorus out of nitrogen and phosphorus in breeding water; ② The system reveals NRF2 and PKC /MLCK, PKC /P38MAPK or JNK, TLR /NFκB and other signal pathways are regulated in nutrients to regulate grass carp intestinal structure, apoptosis and inflammatory factor expression; ③ the first discovery of nutrients from "nutrition, health, flavor, and flavor The four aspects of physical quality improve the meat quality of the grass carp, and explore the regulation mechanism of the NRF2 and TOR signaling pathway; ④ Create 32 kinds of nutrient demand for precision nutritional requirements for the health of grass carp intestines and improve meat quality, and propose nutritional regulation strategies. The results in the transformation of feed companies have achieved good social and economic benefits, providing important nutritional technology support for the healthy and sustainable development of the freshwater aquaculture industry, and making important contributions to the promotion of fishermen's income.

Liu Wei

Researcher at the Institute of Microbial Population, Institute of Microbiology, Academy of Military Medical Sciences

Liu Wei, born in November 1978, is a doctor, member of the Communist Party of China. She has long been engaged in the basic and application basic research on the prevention and control of insect media infectious diseases. Through the 20 -year continuous research, the discovery of the raw body discovery of insect media diseases -the entire process of identification -traceability, and the rapid combination screening technology of multiple classification levels. On the basis of this Infection, clarifying its clinical and epidemiological characteristics, it provides a new theoretical foundation for the diagnosis and treatment of a large number of unknown cases of heating cases; based on multiple groups of technical in -depth research on the newbinia virus infection, it explains the disease From a series of key scientific issues such as the pathogenesis, dissemination law, clinical diagnosis and treatment, and public health intervention, it has made important contributions to reducing the mortality of the disease and reducing the risk of communication; Dynamic and dissemination risk prediction models provide a scientific basis for the hazard warning of biological safety -related pathogens.

Liu Ying

Director and professor of the Interests and Microwave Technology Key Laboratory of Xi'an University of Electronic Science and Technology

Liu Ying, born in June 1977, is a doctor, member of the Communist Party of China. Since 1999, research on electromagnetic fields and microwave technology has been engaged in the research directions: electromagnetic scattering and stealth technology, mobile communication antenna technology, etc. In terms of electromagnetic scattering and stealth technology, candidates first proposed the antenna scattering analysis formula and antenna scattering analysis model for the first time, solving the domestic and foreign scattering of the antenna mode and the structural mode. It laid an important theoretical foundation; for the first time, it was proposed to carry out the integrated radiation scattering integrated design based on the differences in electromagnetic paths, overcoming the contradiction between the antenna radiation and scattering characteristics, and the breakthrough achieved high -gain stealth antenna design; in terms of mobile communication antenna technology, candidates People propose the theory of mobile terminal antenna based on feature -based modeling theory, and realize the high -performance antenna design of mobile terminals under the limited size, which has played a role in promoting the development of the mobile terminal industry.

Liu Hongtao

Researcher of Molecular Plant Science Innovation Center of the Chinese Academy of Sciences

Liu Hongtao, born in July 1976, is a doctor, member of the Communist Party of China. For many years, she has been engaged in the research of plant light signal transformation, and has carried out systemic research on the scientific issue of "molecular basis for the development of light signals to regulate plant development", and has achieved a series of research results, including: ① reveals the new UV light signal signal In the pathway, it is found that ultraviolet light receptors regulate gene transcription and plant development by direct combination of transcription factor; ② clarify the mechanism of blue light receptor hidden flowers in temperature response, and the coordinated adjustment of plant development in the light temperature; The CRY2-CIBS pathway induced by the signal regulating light cycle.

Xu Yechun

Researcher of Shanghai Institute of Pharmaceutical Research, Chinese Academy of Sciences, deputy director

Xu Yechun, born in February 1976, is a doctor, member of the Communist Party of China. Mainly engaged in structural -based pharmaceutical molecular design research. In response to the key scientific issues in the development of new drugs, a multidisciplinary cross -section of drug design strategies and technical systems with a multi -disciplinary cross -core mechanism with the combination of drugs and targets are established. Important target proteins, in -depth clarification of the molecular mechanism and structural foundation of the pharmacological role, accurately provide the key information required for the use of the site, mode, and thermodynamic characteristics of active molecules and targets. New and clinical candidates for clinical and clinical candidates. Cooperative PDE5 inhibitors entered the clinical research of phase II in the anti -pulmonary hypertension. In the work of anti-new coronary pneumonia emergency drugs, the rapid establishment of protein preparation, inhibitors screening and complex structure analysis platform, highly found multiple SARS-COV-2 3CL protease inhibitors, one of which is used as an anti-COVID-19 anti-COVID-19 Candidate drugs have achieved results transformation and declared the approval of the China-US clinical trials to obtain the Conditional clinical trial approval of the US FDA; analyzed the composite crystal structure of the Scutelinine and SARS-COV-2 3CL protease of Chinese medicine, and revealed the first natural naturally. The unique role of products of non -total price. Yang Xiaofei

Researcher at the School of Physics, Peking University

Yang Xiaofei, born in August 1984, is a doctor, member of the Communist Party of China. The unstable atomic nucleus are mostly not developed on the nucleoine. It involves cutting -edge scientific issues of the quantum polythemical open system, and many unknown nuclear properties of nuclear energy system waste disposal objects. Yang Xiaofei has devoted himself to the research and development of multiple disciplines for many disciplines for many years, and used to study the basic nature and structure of unstable atomic nucleus, and achieved several breakthrough results. For example, combined with the advantages of the common line stimulation and resonance electricity, the high -efficiency and high -precision measurement of the laser nuclear spectrum at the same time, the research results of the Fengzi neutron dual -fantri nuclear nuclear nuclear nucleus were published and selected as the editorial recommendation. Essence She was invited to make special reports on the conference on INPC, which has the greatest influence of the nuclear physics in the field of nuclear physics every three years.

Xiao Renzhen

Researcher at Northwest Nuclear Technology Research Institute

Xiao Renzhen, born in July 1980, is a doctor. Internationally put forward new principles of Chelunkov radiation and ferry radiation to produce high -power microwaves, and established a new theory of beam -wave interaction of hybrid radiation, invented the speed -type relatively theory, the output power reaches Givava counts Gava The efficiency has increased from 30%to more than 65%, achieving the highest power and efficiency of the international relativity return tube, and provides an excellent "heart" for my country's high -power microwave system. Essence Internationally proposed a new method of pre -controlling the output microwave phase of the microwave phase through an injecting signal to the electronic beam. For the first time, the phase control and power synthesis of the output microwave output microwave out. High -power microwave system modularity and arranged development. Internationally proposed a new mechanism for the dual -mode work that interacts with the basics and high -level models at the same time, laying a solid technical foundation for the innovative development of the light microwave system light and miniaturization.

Wu Jun

The Deputy Director and Professor of the National Key Laboratory of Nation's Crop Heritage and Genomey Innovation of Nanjing Agricultural University

Wu Jun, born in June 1975, is a doctor, member of the Communist Party of China. Long -term dedication to the research of the quality resources and molecular breeding of the third largest fruit tree "pear" in our country. Aiming at the technical bottlenecks and scientific issues that restrict the improvement of pear varieties and industrial development, focus on the research on the genetic improvement of fruit quality traits. And genetic mutation, quality resource evaluation and utilization, molecular breeding technological innovation and new varieties selection. It mainly includes the first executor to draw the international pear genome map, create the most internationally labeled pear genetic map, and build the pear variety resource DNA fingerprint map and phenotype database. As a national scientist of the national pear industry system and chief expert of the Jiangsu Province Pear Industry System, it has made important contributions to improving the income of pear farmers and helping rural revitalization.

Yu Yan

Professor of the School of Chemistry and Materials Science, University of Science and Technology of China

Yu Yan, born in October 1979, is a doctor. Developing low -cost room temperature sodium ion batteries is of great strategic significance for large -scale energy storage and smart grid applications. Electrical materials are the key to developing high -performance batteries. How to design "long life, fast charging electrode materials" and obtain "high energy density and high -power sodium battery device" are key issues that need to be solved in this field. Professor Yu Yan carried out in -depth system research on the high -performance electrode materials of sodium ion battery and achieved the following results: ① In terms of positive material materials: revealing the mechanism of "ion and electronic transmission collaborative enhancement" of sodium fast ion conductor electrode materials, so that the battery positive electrode is the positive electrode The cycle life of key materials NA3V2 (PO4) 3 has increased from 600 to 1,000 times; ② In terms of negative electrode materials: a multi-phase-multi-scale collaborative regulatory electrode material conductivity, ion transmission efficiency and volume expansion strategy; In terms of electrolyte: Use ether electrolyte instead of traditional carbonate electrolyte, and increase the first Kulun efficiency of the battery from 15% to 93%. "Nature" magazine introduced Yu Yan's sodium ion battery related work.

Yu Qian

Professor of School of Materials Science and Engineering, Zhejiang University

Yu Qian, born in June 1984, is a doctor, member of the Communist Party of China. She is mainly engaged in the study of the relationship between metal micro -structure and mechanical behavior. For major strategic needs for developing high -performance advanced alloys materials, titanium alloy, steel, high -performance complex alloys, and high -temperature alloys such as aerospace, defense military workers, and modern industries are based on the research objects. The defect structure and defective behavior are used to explore the high -efficiency methods and new mechanisms and new channels of materials performance to improve material performance. Especially in exploring the strong toughness mechanism of metal materials, a series of innovative results have been achieved, which provides important guidance for advanced alloy design and performance improvement. It reveals the new solid -soluble enhancement mechanism based on the mechanical performance regulation mechanism of size effects and alloy elements and the new mechanism of alloy component -based atomic fluctuations, and therefore successfully improved the significant improvement of mechanical properties among many important metals.

Zou Li

Deputy Director and Professor of the Institute of Water Power Research, Dalian University of Technology

Zou Li, born in September 1981, is a doctor, member of the Communist Party of China.她长期从事非线性水波及其与结构物相互作用的研究，取得了如下创新成果：①通过解析方法获得了南海孤立波问题全局收敛结果及深水表面波薛定谔方程的畸形波显式解析解，揭示The production mechanism and long -term evolution of disaster -oriented waves; ② Established the efficient numerical calculation method of deformity, inner waves, and structural effects to achieve high -precision calculations on the problem of large -density than the flow of two phases; The three -dimensional wavy evolution model test of the reef has established a large -scale large -scale and nearly island reef coupling computing model, which proves the uneven special symbol of the time and space distribution of the waves of near the reef in the South China Sea. The research results served the first large floating body project in my country, providing a key theoretical basis for its wave environment forecast. The platform has been safely served for three years. The research results won the first prize of the Ministry of Education's Natural Science Award.

Zhang Dongju

Professor at the School of Resources and Environment of Lanzhou University

Zhang Dongju, born in August 1981, is a doctor, member of the Communist Party of China. The Qinghai -Tibet Plateau is an important protection place for the roof of the world, the Asian water tower and the characteristics of the Chinese nation, and is of great significance to understanding human evolution and diffusion. Relying on the national comprehensive scientific investigation of the National Qinghai -Tibet Plateau, she focuses on the historical issues of prehistoric activities of the Qinghai -Tibet Plateau, and has carried out long -term systemic research work in the hard environment in the west, and has achieved a series of innovative results with international influence. The main performance includes the first Dennisova fossils other than Siberian Denisova Cave, which pushed the earliest human activity time of the Qinghai -Tibet Plateau at least 160,000 years ago; Human DNA also measures that it is a mitochondrial DNA of the Danisova, revealing the long -term living on the east side of Eurasia; clarification of the process and driving mechanism of prehistoric human spread to the Qinghai -Tibet Plateau.

Zhang Haixia

Special professor of the School of Information Science and Engineering, Shandong University

Zhang Haixia, born in September 1979, is a doctor, member of the Communist Party of China. Focusing on the major strategic needs of mobile communications countries, she has achieved the following original results in response to the key issues such as complex interference management and difficulty allocation of multi -dimensional resources in the wireless mobile communication system: In response to interference problems between multi -antenna systems, multi -antennas broaden signs have been proposed. Space multi -current modulation and encoding theory, and make outstanding contributions to the military industry. The combined optimization theory framework of multi -domain resources has been constructed. It is used by Haier Group for its smart terminal products. It adds a new output value of 157 million yuan and a profit and tax of 44.03 million yuan. Economic and social benefits are significant. In response to the dispatching difficulties in cross -communities, it was first revealed that the wireless traffic was similar in space -time, regional differences, and cross -domain restraint strong coupling mechanisms. The new framework STCNET was proposed to successfully solve the problem of precise resource dispatching problems in the community. The results were published in the top journal IEEEJSAC. It was rated as the top ten hot papers for 12 consecutive months and attracted widespread attention from the academic community. Essence

Rash

Dean of the School of Mathematics and Director of Public Mathematics Teaching and Research Center of Jilin University

Zhang Ran, born in July 1977, is a doctor, member of the Communist Party of China. She is mainly engaged in the numerical analysis of non -standard finite element methods, the development of related software platforms, and its research in the fields of polymer materials. The use of operator analysis methods solves a public problem in the field of integration equation in simulated epidemiological models; using weak finite element methods to propose a numerical format for the original variable in the line of line elasticity; The weak finite element high -level and efficient method of the lower boundary and improved from the gradual and lower bound to the lower bound. Based on this as the basis, one item of the key project of the Fund Commission's major research plan "the numerical method and theory of the characteristic value of the partial division of the equation"; lead the team to autonomy Develop a comprehensive digital design platform for the comprehensive performance of aviation tires independent of the commercial computing platform, and customize the core digital design software of the active relationship between the air tire under the customization of complex operating conditions. The core part of the "Aviation Tire" design and manufacturing.

Chen Lanfen

Professor of Xiamen University School of Life Sciences

Chen Lanfen, born in October 1975, is a doctor. The research on the pathogenic mechanism of immune -related diseases has revealed an important regulatory role in the HIPPO signaling pathway in the occurrence of autoimmune diseases, host defense and tumor inflammation micro -environment, etc., and provided an important target for the diagnosis and treatment of immune -related diseases to the diagnosis and treatment of immune -related diseases. And scientific basis. The main academic achievements include: ① Discover the MST1/2 kinase activation transcription of the active factor TAZ, promote T lymphocytes into TH17 cells that promote inflammation and inhibit the emergence of inflammatory TREG cells, analyze the clinical MST1 missing guidance of autoimmune diseases. It may cause the pathogenic mechanism; ② clarify the important role of protecting cells in MST1/2 in macrophages during the pathogen removal of aging and death. ③ The important functions of the HIPPO pathway in regulating the micro -environment of tumor inflammation. ④ Filter the small molecular inhibitors XMU-MP-1 that targeted MST1/2, which can effectively promote tissue repair and regeneration. At present, the patent has been successfully transferred according to the "milestone payment of 10 million plus sales commission". Chen Fangfang

Director and professor of the Nano Medical Transformation Research Center of Jilin University of China and Japan

Chen Fangfang, born in April 1979, is a doctor, member of the Communist Party of China. Bachelor of Medicine, Ph.D. in immunology, doctorate in nano -medicine, the fourth batch of 10,000 people planned to draw top talents. In 2013, he was supported by the China Postdoctoral International Exchange Program and went to the School of Pharmacy of the University of Colorado to work in the post -doctoral work of nano -pharmaceuticals. The tonic molecules depend on serum protein indirectly to nano particles and experience the dynamic protein crown loading theory of dynamic changes that adhere to-fall off-re-adhesive. They are published in the first author in the magazine of Nature Nanotechnology. The series of magazines are widely praised. In 2018, the key laboratory of Jilin Province's Nano Medical Transformation was established and served as the director, and also served as the deputy director of the Jilin Provincial Institute of Surgery. Since then, the team has discussed the basic principles of nano -material immune response as the starting point to promote the transformation of nano -medicine into the ultimate goal. In -depth research and treatment of diagnosis and treatment have been conducted and achieved series of research results.

Chen Juan

Deputy Dean and Researcher of Chongqing Medical University Inspection and Medical College

Chen Juan, born in March 1980, is a member of the party. Viral infectious diseases seriously threaten human health. Hepatitis B virus (HBV) infection can lead to chronic hepatitis B, and new coronal virus infection can cause new coronary pneumonia. Healing hepatitis B is an important scientific strategy in the world: WHO determines the overall goal of eliminating viral hepatitis in 2030. The key to the cure of hepatitis B is to remove HBVCCCDNA in liver cells. A series of results are obtained around the CCCDNA transcription/degradation mechanism and targeted CCCDNA treatment strategy. Find a small molecular comprehension that target CCCDNA and reveals its antiviral mechanism. The above research provides theoretical basis for achieving the important goal of removing CCCDNA, and greatly helps the development of new antiviral drugs. As a core member of the team, it has developed the world's first chemical -based new -crown -based virus IGM/IGG antibody detection kit, which has been approved, and has been promoted and applied across the country to sell and donate tens of millions of copies. The system reveals the response characteristics of the new crown patient's antibodies (IF: 36.13); the first international report in the rehabilitation period of the new crown patients (Nature Medicine 2020).

Zhou Huanping

Deputy Dean and Professor of the School of Materials Science and Engineering of Peking University

Zhou Huanping, born in December 1983, is a doctor, member of the Communist Party of China. Photovoltaic power generation is an important part of clean energy, and a new generation of thin -film photovoltaic materials and technologies with low -cost and high performance are the key development directions of future materials and energy fields. Zhou Huanping explored and developed new principles and methods for new film photovoltaic materials and technology. Through the means of molecular engineering and micro -nanoleum technology, accurately control the growth of the film, the passivation/suppression of defects, and the carrier transport channel to solve the low quality/carrier composite quality brought by the material -based preparation process of solution -based legal system High rates, as well as the problem of light and thermal instability of the material under the conditions of the material, thereby significantly improve the photovoltaic transformation efficiency and life of the device to obtain low -cost and high -performance photovoltaic technology. It is found that the relationship between the basic physical and chemical characteristics of various common defects and the performance of the device is revealed, and the bridge of optoelectronic materials and energy devices is built to provide new methods, new materials and new device structures for chemical, materials, electronic information and other disciplines.

Quiet

Researcher at the School of Affairs of the University of National Liberation Army National University of Defense Science and Technology

Hou Jing, born in November 1975, is a doctor, member of the Communist Party of China. She innovatively proposed the physical thoughts of the large -mode area of ​​the double -pack fiber optic amplifier directly output the near -infrared ultra -continuous spectrum, forming a series of independent intellectual property technology. The development of ultra -continuous spectrum laser theory has been developed, and a new solution generated by high -performance and ultra -continuous spectrum is designed, which solves the three major problems: the power improvement, spectral regulation, and full optical fiberization of ultra -continuous spectrum laser. The short -wave infrared and medium -infrared ultra -continuous spectrum power level is international leading. It is applied to the ultra -continuous spectrum laser pump detection system and has obtained new discoveries in the field of material science. The results were applied to many units such as the School of Military Sciences and the Xiangya Hospital of Central South University, which provided innovative ideas and unprecedented scientific methods for material science, biological safety and battlefield perception, promoted the development of disciplines, and led to the key to the research and development and medical protection of laser equipment in my country. Technological progress, scientific significance and military benefits. Won one first prize of the military science and technology progress, one second prize of national scientific and technological progress, etc., and the second -class merit will be the second grade and twice of the third -class merit. Introduction to the 17th "Chinese Youth Female Scientist Award"

(Sort according to the team name pen)

Yuan Xiangyan

Director of the Research Office of Nanjing Astronomy Technology Research Institute of the National Observatory of the Chinese Academy of Sciences/Researcher/Antarctic Cathedral Telescope Research Team

Yuan Xiangyan, born in February 1976, is a doctor, member of the Communist Party of China. She led the team to the main body of the telescope, and the telescope was installed in the Kunlun Station of the Antarctic inland (4100m above sea level, 0.57atm at an altitude). Carrying out a rare opportunity. The optical system adopts the large -scale folding system of my country's innovative design. The main mirror diameter is 680mm, and the field of view is 8 square meters. This optical system has both the excellent image of the classic Schmidt system, short lens barrel, compact structure, compact structure The relevant articles are published on MNRAS (influencing factor 4.9) published in the Journal of the Royal Society of Astronomical Society (Impact 4.9). The telescope develops a new type of dual -motor and mechanical gap driver. It has applied for 9 patents during the development process, including 1 software copyright. He has been repeatedly rated "Top Ten Astronomical Progress of the Year".

Yuan Yuan

Deputy Director of the Chinese Medicine Resources Center of the Chinese Academy of Traditional Chinese Medicine, researcher/molecular biological pharmacy research team

Yuan Yuan, born in July 1978, is a doctor, member of the Communist Party of China. She led the team with the funding of the scientific research project of the Chinese medicine industry and the National Pharmacy Commission project, etc., and established a stable, reliable, Qualcomm for seed seedlings, medicinal materials and slices, formula particles, and Chinese medicine quality control objects and their identification difficulties. The number of modular Chinese medicine nucleic acid detection technology systems with quantity and low cost, and forms three identification application systems to ensure the "good seed" of Chinese medicinal materials, the "submitted permit" of traditional Chinese medicine production, and the quality of traditional Chinese medicine. Analysis of biological synthesis pathway, using high -yield stabilization cell lines and irregularities, or microorganisms for synthetic biological student production, saving plant and land resources, solving the problem of endangered resources, and protecting ecological balance; Editor -in -chief of the National Health and Health Commission and the planning textbook of the Chinese medicine industry.

Lacquered

State Satellite Meteorological Center researcher, senior engineer /Fengyun satellite high -precision setting technology team

Qi Chengli, born in July 1979, a master's degree, member of the Communist Party of China. She is the director of the Fengyun Satellite Pre -processing system and the head of infrared instruments. She has been engaged in spectral and radiation standards and completed the construction of infrared instrument standard business systems. The system has been operating in 2008; The first infrared high -spectrum atmospheric detector (Hiras) setting business system, Hiras has initially become one of the equivalent space infrared radiation benchmark loads comparable to European IASI and the United States CRIS. 18 awards, 3 foreign countries, 1 national level, 1 provincial and ministerial level, and 13 departments level. A total of more than 30 articles were published to host 13 key projects for Fengyun satellite.

Zhang Chuhong

Professor of Polymer Research Institute of Sichuan University/Polymer Functional Materials and Device Advanced Manufacturing Team

Zhang Chuhong, born in February 1977, is a doctor, member of the Communist Party of China. She led the team to the major needs of the advanced manufacturing of polymer function materials and devices and the cutting -edge research on the research of disciplines. It has long been committed to the research and engineering application of new technologies and engineering new technologies and new equipment for the preparation and processing of polymer function materials for energy, resources and environment. Innovative research results have developed a large -scale composite preparation and complicated, flexible, miniature, lightweight high -molecular functional device 3D printing, micro -critical fluid foaming, microwave selection of complicated, flexible, miniature, and lightweight high -molecular functional devices of polymer chemistry Advanced manufacturing technologies such as sexual sintering have obtained a series of high -performance, functional, lightweight, ecological, and miniaturized polymer functional devices, and the main results are) Establishing and developing the large -scale preparation of polymer composite materials with target functions Common key technologies, establishing and developing complex, miniature, lightweight polymer functional devices advanced manufacturing common technologies, etc.

Sheng Min

The director of the ISN National Key Laboratory of Xi'an University of Electronic Science and Technology, professor/security self -organized wireless communication network team

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