W. M. N. Nan

In his third collective study by the Central Bureau of Political Affairs, the Secretary-General for Near-Earth has stressed that: “The international competition for science and technology, the achievement of a high level of self-reliance, the promotion of new development patterns and the achievement of high-quality development, there is an urgent need to strengthen basic research to address key technical issues from the source and bottom”. “Enhancing basic research will ultimately depend on a high level of talent. It is necessary to build a structured, high-level basic research resource development platform that will allow more basic research staff to compete.”

The present edition is now being rolled out in the column “Indusing additional talent for basic research”, which focuses on institutional and practical innovations in the areas of talent development, evaluation, support, etc., with bright spots, flashpoints, consultation points and search for a high level of talent development.

• Editor

• “In exchange, learning, I have ample experience of mathematics.” Shortly before, the University of Sichuan School of Mathematics, 2019 students of top class, cattle, took part in the Forum of the 2022 Academic Annual Conference of Chinese Students.

• “The interest in mathematics studies stems from the quotation of the “Gender of Students in Secondary Education” at the high school level. At the university level, thanks to the programme for the promotion of advanced students in basic disciplines (the “up-to-the-horizon” programme), I have entered the most popular professional study, moving in a mathematical world and embarking on the path of research.” He added that the future would be deep in the area of basic mathematics.

• Like cattle, there are still many young people who love and work to explore, learn and innovate in the area of basic research. How can they be made? Higher schools, especially “two-way” schools, play a leading role in the development of basic research personnel, while scientific education is being introduced in the “two-way” education system, which is concerned with the sensitivities, imagination and motivation of young people. What should be sustained in terms of the continued build-up of large-scale underlying research? Journalists interviewed relevant departments and universities.

• “Calculation” for talent development

• Enablement of talent in basic disciplines, chain development

• “What is the significance of physical research?” Shortly before, the research fellow at the Institute of Covithic Astronomy and Astrophysics, University of Beijing, erected a problem with peers on the North Bona cloud forum.

• In his view, progress in basic physics research will promote the overall scientific and technological level of the country, “we undertake research that seeks to open up the knowledge boundaries of humankind”. Curriculum became northern in 2005 and has completed the undergraduate and doctoral phases. “The undergraduate education of the Institute of Physics focuses on the development of thinking and the development of vision. Under the enlightenment and pepper of the brilliant, I have a dedicated love for physics.” Streamlined. Today, as a young teacher, he wishes to build more talent in basic physical research.

• Strengthening basic research will ultimately depend on a high level of talent. The Officer-in-Charge of the Higher Education Department of the Ministry of Education stated that “the promotion of basic disciplines, in particular highly skilled personnel, is a strategic force for the long-term development of the country. Taking the path of talent self-development in basic disciplines, strengthening basic research and skills development in basic disciplines is an urgent need to proactively address international competition and achieve a high level of science and technology that is self-sustaining.”

• During the interviews, several senior school leaders spoke about the long-term, high-intensity and slow-performing nature of basic research and the challenges faced in the areas of talent selection, classification and guidance development. In recent years, relevant departments have continued to explore and bring together around selection, development, evaluation, use, security, etc.

• How can talent-wide, chain-based development be achieved? The Director of the Centre for Adolescent Science and Technology of the China Cocooperation Centre, Sindh, introduced the joint launch in 2013 of the China Association of Science and Technology and the Ministry of Education, of a programme for the training of secondary students in science and technology innovation. Over the past 10 years, more than 7,000 high-school students with special disciplines and innovative potential have been trained to explore models of high-level and secondary-level joint discovery and development of innovative pools of basic disciplines.

• How can talent development better serve the country’s critical strategic needs? The Director of the Higher School Students Department of the Ministry of Education introduced the “Knowledge Plan”, which was launched in some high schools in 2020, focusing on the selection of students who are interested in serving the country’s major strategic needs and who are of good quality or advanced in basic disciplines. Over three years of project implementation, more than 18,000 new recruits have been recruited.

• At the same time, in order to break the traditional path of dependence and break the original edifice of development, the promotion plan has been steadily advanced. It is understood that the Epidemic Plan has been in its 2.0 phase since its inception in 2009, and that 288 basic science schools, basic medical schools and basic pedagogical centres have been built at 77 high-level universities.

• “In recent years, the promotion of innovative talent in our country has been effective, but has also been constrained by a number of factors. How to develop mechanisms and environments that are conducive to the growth of talent, to build a pluralistic multi-tiered talent development structure and system, is an important issue that must be answered in the new era in building a quality education system.” Professor, Beijing Teachers’ University, Inclin.

• Exploring the “multiplier” of teaching reform

• Innovative science and learning, mentoring and networking models

• The advancement of basic research talent will require innovative student selection mechanisms, a well-connected development mechanism, mechanisms for international exchange cooperation, long-cycle evaluation mechanisms, etc. Journalists were informed that high schools were actively engaged in the exploration and reform of the talent development model and sought a “costing” for basic research talent development.

• At the beginning of the new school year, the Institute of Health of the University of Chianghua, 2020, is conducting a study of the control of vehicles by special power teams of the College of Vehicles and Transportation. The Institute is one of the entities of the University of Chiang Mai that implements the Strong Foundation Plan, seeking to explore new models of development, such as strengthening basics, synergistic teaching, mentoring and networking.

• “A high school starts, I have a strong interest in flight vehicles. Fortunately, at a time when I came to the instructor in the direction of the study.” In the view of the child-bearing, the “krom” model for teachers and students of the bookyard, the “precipitation of fish, the end of small fish”, has been instrumental in learning. In addition, under the “one size fits all” individualization development programme, the child-bearing programme can also be self-designed to curriculum arrangements, which, while strengthening basic disciplines such as mathematics and powerfuls, are closely linked with the future direction of scientific research, under the guidance of the instructor, “there is now a clear and stronger vision for my future planning”.

• “Innovator development

W. M. N. Nan

In his third collective study by the Central Bureau of Political Affairs, the Secretary-General for Near-Earth has stressed that: “The international competition for science and technology, the achievement of a high level of self-reliance, the promotion of new development patterns and the achievement of high-quality development, there is an urgent need to strengthen basic research to address key technical issues from the source and bottom”. “Enhancing basic research will ultimately depend on a high level of talent. It is necessary to build a structured, high-level basic research resource development platform that will allow more basic research staff to compete.”

The present edition is now being rolled out in the column “Indusing additional talent for basic research”, which focuses on institutional and practical innovations in the areas of talent development, evaluation, support, etc., with bright spots, flashpoints, consultation points and search for a high level of talent development.

• Editor

• “In exchange, learning, I have ample experience of mathematics.” Shortly before, the University of Sichuan School of Mathematics, 2019 students of top class, cattle, took part in the Forum of the 2022 Academic Annual Conference of Chinese Students.

• “The interest in mathematics studies stems from the quotation of the “Gender of Students in Secondary Education” at the high school level. At the university level, thanks to the programme for the promotion of advanced students in basic disciplines (the “up-to-the-horizon” programme), I have entered the most popular professional study, moving in a mathematical world and embarking on the path of research.” He added that the future would be deep in the area of basic mathematics.

• Like cattle, there are still many young people who love and work to explore, learn and innovate in the area of basic research. How can they be made? Higher schools, especially “two-way” schools, play a leading role in the development of basic research personnel, while scientific education is being introduced in the “two-way” education system, which is concerned with the sensitivities, imagination and motivation of young people. What should be sustained in terms of the continued build-up of large-scale underlying research? Journalists interviewed relevant departments and universities.

• “Calculation” for talent development

• Enablement of talent in basic disciplines, chain development

• “What is the significance of physical research?” Shortly before, the research fellow at the Institute of Covithic Astronomy and Astrophysics, University of Beijing, erected a problem with peers on the North Bona cloud forum.

• In his view, progress in basic physics research will promote the overall scientific and technological level of the country, “we undertake research that seeks to open up the knowledge boundaries of humankind”. Curriculum became northern in 2005 and has completed the undergraduate and doctoral phases. “The undergraduate education of the Institute of Physics focuses on the development of thinking and the development of vision. Under the enlightenment and pepper of the brilliant, I have a dedicated love for physics.” Streamlined. Today, as a young teacher, he wishes to build more talent in basic physical research.

• Strengthening basic research will ultimately depend on a high level of talent. The Officer-in-Charge of the Higher Education Department of the Ministry of Education stated that “the promotion of basic disciplines, in particular highly skilled personnel, is a strategic force for the long-term development of the country. Taking the path of talent self-development in basic disciplines, strengthening basic research and skills development in basic disciplines is an urgent need to proactively address international competition and achieve a high level of science and technology that is self-sustaining.”

• During the interviews, several senior school leaders spoke about the long-term, high-intensity and slow-performing nature of basic research and the challenges faced in the areas of talent selection, classification and guidance development. In recent years, relevant departments have continued to explore and bring together around selection, development, evaluation, use, security, etc.

• How can talent-wide, chain-based development be achieved? The Director of the Centre for Adolescent Science and Technology of the China Cocooperation Centre, Sindh, introduced the joint launch in 2013 of the China Association of Science and Technology and the Ministry of Education, of a programme for the training of secondary students in science and technology innovation. Over the past 10 years, more than 7,000 high-school students with special disciplines and innovative potential have been trained to explore models of high-level and secondary-level joint discovery and development of innovative pools of basic disciplines.

• How can talent development better serve the country’s critical strategic needs? The Director of the Higher School Students Department of the Ministry of Education introduced the “Knowledge Plan”, which was launched in some high schools in 2020, focusing on the selection of students who are interested in serving the country’s major strategic needs and who are of good quality or advanced in basic disciplines. Over three years of project implementation, more than 18,000 new recruits have been recruited.

• At the same time, in order to break the traditional path of dependence and break the original edifice of development, the promotion plan has been steadily advanced. It is understood that the Epidemic Plan has been in its 2.0 phase since its inception in 2009, and that 288 basic science schools, basic medical schools and basic pedagogical centres have been built at 77 high-level universities.

• “In recent years, the promotion of innovative talent in our country has been effective, but has also been constrained by a number of factors. How to develop mechanisms and environments that are conducive to the growth of talent, to build a pluralistic multi-tiered talent development structure and system, is an important issue that must be answered in the new era in building a quality education system.” Professor, Beijing Teachers’ University, Inclin.

• Exploring the “multiplier” of teaching reform

• Innovative science and learning, mentoring and networking models

• The advancement of basic research talent will require innovative student selection mechanisms, a well-connected development mechanism, mechanisms for international exchange cooperation, long-cycle evaluation mechanisms, etc. Journalists were informed that high schools were actively engaged in the exploration and reform of the talent development model and sought a “costing” for basic research talent development.

• At the beginning of the new school year, the Institute of Health of the University of Chianghua, 2020, is conducting a study of the control of vehicles by special power teams of the College of Vehicles and Transportation. The Institute is one of the entities of the University of Chiang Mai that implements the Strong Foundation Plan, seeking to explore new models of development, such as strengthening basics, synergistic teaching, mentoring and networking.

• “A high school starts, I have a strong interest in flight vehicles. Fortunately, at a time when I came to the instructor in the direction of the study.” In the view of the child-bearing, the “krom” model for teachers and students of the bookyard, the “precipitation of fish, the end of small fish”, has been instrumental in learning. In addition, under the “one size fits all” individualization development programme, the child-bearing programme can also be self-designed to curriculum arrangements, which, while strengthening basic disciplines such as mathematics and powerfuls, are closely linked with the future direction of scientific research, under the guidance of the instructor, “there is now a clear and stronger vision for my future planning”.

• “Innovator development