Personal Record
1970. 1974. 09. 09, Inner Mongolia Production and Construction Corps of the Second Regiment of the 18th Division in the conveyor even drivers, instruments; 1974. 09 1978. 01, Peking University Department of Chemistry of Catalytic professional learning; 1978. 1978. 10, the Changchun Institute of Applied Chemistry Research Institute of CARS; 1978. 10 December 1981, the Chinese Academy of Sciences Institute of Chemistry, Structural Chemistry, Research Associate; 1981. 12 1985. 09, Institute of Chemistry, CAS structure chemistry PhD candidates, assistant researcher;1985. 09 1987. 11, a Caltech postdoctoral fellows and visiting research fellow at the Jet Propulsion Laboratory Vacuum Scanning Tunneling Microscope (STM) study; 1987. 11 July 1992, the Institute of Chemistry, CAS, an assistant research fellows, associate researcher, director of the Laboratory of STM (1991. 10 1992. 04), a visiting professor at the Institute for Metal Materials of Tohoku University of Japan; 1992. 07 1996. 03, deputy director of the Institute of Chemistry, Chinese Academy of Sciences, Member of the Party; 1996. 03 2004. 12,vice - president of the Chinese Academy of Sciences and member of its Leading Party Members' Group (1995. 06 2003. 12 doubles as the third, the fourth the vice chairman, 1995. 07 2000. 07 - who is also vice chairman of the Youth Federation (ACYF), 1996. 05 2006. 10 China Youth Science and Technology Workers Association, 25th, 26th, chairman of the board of the Chemical Society, 1997 he was elected an academician of Academy of Sciences, the Academic Degree Committee of the 1999, 2001. 01, Dean of the Graduate School of Chinese Academy of Sciences (CAS),1997. 03 1997. 05 in the First Training Class of the CPC Party School, June 2001 and 2006. 05 were named the 6th, the 7th Vice - Chairman of the China Association for Science and Technology, 2002. 03 2002. 05 First Training Class of the CPC Party School); 2004. 12 2011. 02, Chinese Academy of Sciences, Vice President, Deputy Secretary (minister level), the Director of the Chemistry Division of the 5th Asia Pacific Materials Society (2005, Vice Chairman of the Board in 2006 a foreign associate of National Academy of Sciences, 2007 Honorary Fellow of the Royal Society of Chemistry); 2011. 02,President of the Chinese Academy of Sciences and secretary of its Leading Party Members' Group, the Bureau of the Executive Chairman of the Faculty (2011. 05 was awarded the honour member of CAST, 2012 0.03 was elected a Fellow of the Royal Danish School of Arts and Science and foreign academician of Chinese Academy of Sciences and vice - chancellor of 2012 .
2012. 09 was elected Dean of the Academy of Sciences for the Developing World, a 2013. 01. 01 is officially in office, is the Academy of Sciences for the Developing World, for nearly 30 years as a dean of the first chinese scientist) 1 January 2013, officially took up his post as dean of the Academy of Sciences for the Developing World (TWAS) 1 January 2013, officially took up his post as dean of the Academy of Sciences for the Developing World (TWAS) .
2016 26 June,European Academy of Sciences (Academia Koenigia) Council announced, Bai Chunli, president of the Chinese Academy of Sciences academician elected European 2016 26 June,European Academy of Sciences (Academia Koenigia) Council announced, Bai Chunli, president of the Chinese Academy of Sciences academician elected European . 12 the 15th, 16th and 17th CPC represents, the Communist Party's 15th, 16th and 17th Central Committee alternate member of 18th Central Committee of the Central Committee of the nineteenth session of the 12 the 15th, 16th and 17th CPC represents, the Communist Party's 15th, 16th and 17th Central Committee alternate member of 18th Central Committee of the Central Committee of the nineteenth session of the .
2 2.
Research Field
Meyer E, academician of the Chinese as one of the pioneers of the scanning tunneling microscopy, scanning tunneling microscopy (STM) and also to the international aspects have a certain influence and the active one of the scientists, led by the laboratory to carry out extensive and in - depth and fruitful research activities, and in 1997 was elected an academician of Academy of Sciences, he was successively engaged Meyer E, academician of the Chinese as one of the pioneers of the scanning tunneling microscopy, scanning tunneling microscopy (STM) and also to the international aspects have a certain influence and the active one of the scientists, led by the laboratory to carry out extensive and in - depth and fruitful research activities, and in 1997 was elected an academician of Academy of Sciences, he was successively engaged . polymer catalyst structure and physical properties of the organic compound is an X - ray crystal structure,molecular mechanics and conductive polymers of EXAFS Study polymer catalyst structure and physical properties of the organic compound is an X - ray crystal structure,molecular mechanics and conductive polymers of EXAFS Study .
from the mid - 80 's Nan Tai changed to nano - meter technology in important areas of scanning tunneling microscopy study of from the mid - 80 's Nan Tai changed to nano - meter technology in important areas of scanning tunneling microscopy study of . main work focuses on scanning probe microscopy, and molecular nanostructure and nanotechnology study main work focuses on scanning probe microscopy, and molecular nanostructure and nanotechnology study .
In Dr Meyer under the auspices of the product, which is a computer - controlled scanning tunneling microscope (STM), won the Second Prize for Progress in Science and Technology at the Chinese Academy of Sciences in 1989; at the same time, with an electron microscope lab at the Chinese Academy of Sciences in cooperation, and developed another STM, CAS in 1989 won the Second Prize for Progress in Science and Technology;Both the work a step further perfect, jointly won the 1990 National Prize for Progress, which is China's first resolution on the field of scanning tunneling microscopy of reward In Dr Meyer under the auspices of the product, which is a computer - controlled scanning tunneling microscope (STM), won the Second Prize for Progress in Science and Technology at the Chinese Academy of Sciences in 1989; at the same time, with an electron microscope lab at the Chinese Academy of Sciences in cooperation, and developed another STM, CAS in 1989 won the Second Prize for Progress in Science and Technology;Both the work a step further perfect, jointly won the 1990 National Prize for Progress, which is China's first resolution on the field of scanning tunneling microscopy of reward . subsequently he headed the research team developed the first atomic force microscope (AFM) (the second prize in the Chinese Academy of Sciences, the National Prize for Progress in Science and Technology), the first laser atomic force microscope, the low - temperature scanning tunneling microscope (STM), a ballistic electron emission microscopy, ultra - high vacuum scanning tunneling microscope as well as a variety of scanning probe microscopy instrument subsequently he headed the research team developed the first atomic force microscope (AFM) (the second prize in the Chinese Academy of Sciences, the National Prize for Progress in Science and Technology), the first laser atomic force microscope, the low - temperature scanning tunneling microscope (STM), a ballistic electron emission microscopy, ultra - high vacuum scanning tunneling microscope as well as a variety of scanning probe microscopy instrument .
obtained these achievements,Due to the different form of innovation way to solve a series important technical problems, and has won six national patents for invention obtained these achievements,Due to the different form of innovation way to solve a series important technical problems, and has won six national patents for invention . these novel series microscopic instrument is suitable for scanning tunneling microscopy study of the application, the necessary material base for China in this field of work was promoted by these novel series microscopic instrument is suitable for scanning tunneling microscopy study of the application, the necessary material base for China in this field of work was promoted by .
using this instrument, in an extremely high - resolution levels of the basis material surface structure and the sample device, the forming conditions made an in - depth analysis of the study, while using a scanning tunneling microscope of nano machining aspect,The new high - density information storage technology and nano science and the study carried out important exploration using this instrument, in an extremely high - resolution levels of the basis material surface structure and the sample device, the forming conditions made an in - depth analysis of the study, while using a scanning tunneling microscope of nano machining aspect,The new high - density information storage technology and nano science and the study carried out important exploration . investment in basic research, Dr. Meyer in using these new techniques to study solid and organic macromolecules on the surface of the structure of contribution and
as STM, AFM and MFM (Magnetic Force Microscope) organic conductors, organic ferromagnet, the self - assembled monolayer and a nucleic acid, cell, or the like biological materials as STM, AFM and MFM (Magnetic Force Microscope) organic conductors, organic ferromagnet, the self - assembled monolayer and a nucleic acid, cell, or the like biological materials . these study results, the atomic or molecular level on the level of resolution, explains the structure of the surface material and sample preparation, conditions of forming relationship these study results, the atomic or molecular level on the level of resolution, explains the structure of the surface material and sample preparation, conditions of forming relationship .
,for the first time using the AFM and MFM; magnetic organic thin film on the surface of the magnetic domain and shape, so as to establish a study a few molecular layers thick organic LB film of weak magnetic field distribution of the new method can reach nanometer level spatial resolution ,for the first time using the AFM and MFM; magnetic organic thin film on the surface of the magnetic domain and shape, so as to establish a study a few molecular layers thick organic LB film of weak magnetic field distribution of the new method can reach nanometer level spatial resolution . in a single molecule, the organic molecular self - assembly research has made some high - level results in a single molecule, the organic molecular self - assembly research has made some high - level results .
ultrahigh vacuum scanning tunneling microscope (STM), observed that the surface of the molybdenum disulfide compound semiconductor topography, at an atomic level. This paper reveals the layered on a surface of the structure of the new features of organized a primitive microscopic instrument development center ",Production of the STM machine quickly enter the international market organized a primitive microscopic instrument development center ",Production of the STM machine quickly enter the international market .
received national awards and in the Ministerial Second Prize for scientific research achievements of the above item 7, 5 national invention patents received national awards and in the Ministerial Second Prize for scientific research achievements of the above item 7, 5 national invention patents . domestic and overseas academic journals published more than 180 papers in English and published 7 monographs through this domestic and overseas academic journals published more than 180 papers in English and published 7 monographs through this .
Social Positions
China's micro - nano Honorary Chairman; Chemical Research Association.He is also the national director of the Center for Nano Science; International Union for Pure and Applied Chemistry (IUPAC), a member of the Executive Board; National Nanotechnology Coordinating Committee chief scientist; Central Personnel Work Coordination Group, the national education reform and development in the national "1025" planning and one of the members of the national economic and social development; national science and technology awards for the vice - chairman of the committee; JACS, Angew. Chem.,Adv. Materials such as chemistry and nanotechnology - - important international academic co - editor or editorial board member of the international adviser to the President of the Chinese Academy of Sciences Meyer was elected Chairman of the Management Board of the Global Research Council Meyer was elected Chairman of the Management Board of the Global Research Council .
Achievement Honor
Academic Award
In 1989, won the 2007 youth Chemistry; 1994, of the second session of the Chinese young scientist prize; in 1995, the Hong Kong Science and Technology Foundation, suggests that there is a "Distinguished Scholar Award"; in November 2010, UNESCO awarded the first - time winner of the "nanoscience and nanotechnologies contribute to the development of" In 1989, won the 2007 youth Chemistry; 1994, of the second session of the Chinese young scientist prize; in 1995, the Hong Kong Science and Technology Foundation, suggests that there is a "Distinguished Scholar Award"; in November 2010, UNESCO awarded the first - time winner of the "nanoscience and nanotechnologies contribute to the development of" . Medal Medal.
The Medicament
1, developed a computer - controlled scanning tunneling microscope (STM) is developed successfully in China's first atomic force microscope (AFM) 3, laser 4 first atomic force microscope, the low - temperature scanning tunneling microscope (STM) 5, a ballistic electron emission microscope 6, ultra high vacuum scanning tunneling microscope, atomic or molecular level on the level of resolution, explains the structure of the surface material and sample preparation, conditions of forming relationship1, developed a computer - controlled scanning tunneling microscope (STM) is developed successfully in China's first atomic force microscope (AFM) 3, laser 4 first atomic force microscope, the low - temperature scanning tunneling microscope (STM) 5, a ballistic electron emission microscope 6, ultra high vacuum scanning tunneling microscope, atomic or molecular level on the level of resolution, explains the structure of the surface material and sample preparation, conditions of forming relationship.
Academic Title
(1997), a member of the Chinese Academy of Sciences; academician of the Academy of Sciences for the Developing World (1997); Proceedings of the National Academy of Sciences and foreign member of the (2006); Honorary Fellow of the Royal Society of Chemistry (2007) (which became the first Chinese to win the award); Foreign Member of Russian Academy of Sciences (2008); Honorary Fellow of Indian Academy of Sciences (2009); German is an academician of Chinese Academy of Engineering (2011); and foreign member of the Royal Danish Academy of Arts and Science (2012); American, British, Swedish, Danish, Russian, Australian universities such as University with a Doctorate of the State Council, "National Advanced Worker",Chinese Academy of Sciences in the inaugural Young (1989); national outstanding young and middle - aged experts with (1990); outstanding Chinese Ph.D. s (1991); the National Top Ten Outstanding Youth (1992); May 3, 2014, Meyer was a pioneer in the field of nano science and related fields and contributed a lot to the Quate was elected a foreign fellow of the Royal Society Quate was elected a foreign fellow of the Royal Society .
Remarks Of Characters
1. science and technology in today's developments are multipoint, breakthroughs, some areas will trigger a mass outbreak, systemic break, producing some major theoretical and technological innovation, leading to the emergence of a number of new interdisciplinary frontier and in the direction of the field, has triggered a new round of technological revolution technological revolution and industrial revolution, scientific and technical to profound changes, China Science and Technology for Development provided a rare opportunity, and also creates unprecedented challenges with technological revolution and industrial revolution, scientific and technical to profound changes, China Science and Technology for Development provided a rare opportunity, and also creates unprecedented challenges with .
sci entific and technical workers in the trend of the times, but also shoulders the great historical mission ought to look to the dawn, which ought to have the courage to obtain a new round of technological revolution of the "tree mushroom", who becameThe first "bellwether" sci entific and technical workers in the trend of the times, but also shoulders the great historical mission ought to look to the dawn, which ought to have the courage to obtain a new round of technological revolution of the "tree mushroom", who becameThe first "bellwether" . 2. universe evolution, structure, substance, essence, etc. some basic scientific problems on fostering a new technological breakthrough
3. In the field of energy and resources, humans must fundamentally change the uncontrolled consumption of fossil energy and natural resources to development and usher in a post - fossil energy era and resource efficient, recyclable era 4. In the field of information network, information technology and industry is entering a transitional period, in 2020 it might appear a technological revolution
5. In the field of advanced materials and manufacturing,green intelligent and will manifest the 6. In some agricultural areas will be of fundamental breakthroughs on the issues of agricultural eco - efficient
will enter the era of sustainable development, should not only continue to play its role in ensuring food security and economic development of the traditional function, also will ease the global energy crisis, to provide diversified demand and excellent ecological environment, with a new mission will enter the era of sustainable development, should not only continue to play its role in ensuring food security and economic development of the traditional function, also will ease the global energy crisis, to provide diversified demand and excellent ecological environment, with a new mission . 7. in the health of the population in the areas of breakthrough breeding and industrial development
is expected by mid - century, global population will reach 80 billion - 100 billion is expected by mid - century, global population will reach 80 billion - 100 billion . human will face a new variant of traditional infectious diseases and the spread of new infectious diseases, mental disorders and mental diseases, metabolic diseases,senile degenerative disease challenges human will face a new variant of traditional infectious diseases and the spread of new infectious diseases, mental disorders and mental diseases, metabolic diseases,senile degenerative disease challenges .
must improve the quality of population, food, ecological security and life, through early prediction of diagnosis and intervention, the stem cells and regenerative medicine research and production, the health effects of major diseases, the prevention of precaution, a low - cost benefits of a healthy road must improve the quality of population, food, ecological security and life, through early prediction of diagnosis and intervention, the stem cells and regenerative medicine research and production, the health effects of major diseases, the prevention of precaution, a low - cost benefits of a healthy road . 8. From the demand of economic and social development, China's industrialization, informatization, urbanization and agricultural modernization, "four simultaneous development" will be an important period of economic development and increasingly urgent
We must be fully aware that China's industrial structure is unreasonable, it is still in the international division of labour in the low end,accelerate the optimization and upgrading of industrial structure, cultivate and develop strategic emerging industries, maintain steady and relatively fast domestic economic growth will rely more on technological innovation - driven We must be fully aware that China's industrial structure is unreasonable, it is still in the international division of labour in the low end,accelerate the optimization and upgrading of industrial structure, cultivate and develop strategic emerging industries, maintain steady and relatively fast domestic economic growth will rely more on technological innovation - driven . at the same time, economic development and natural resources supply capacity and bearing capacity of ecological environment more and more contradictions and sharp, to advance to the resource and environmental constraints, unbalanced, uncoordinated and unsustainable development problems, also puts forward the scientific and technological innovation will be in at the same time, economic development and natural resources supply capacity and bearing capacity of ecological environment more and more contradictions and sharp, to advance to the resource and environmental constraints, unbalanced, uncoordinated and unsustainable development problems, also puts forward the scientific and technological innovation will be in .
