Talent training at the Institute of Theoretical Physics, Chinese Academy of Sciences

In 1984, it took the lead in establishing a postdoctoral mobile station in China, ranked first in the country in 1994 in the quality evaluation of graduate physics disciplines, ranked first in the national in 1998 and 2000 respectively, was rated as a key doctoral training base of the Chinese Academy of Sciences, in 2005 it was rated as a national excellent postdoctoral mobile station, and in 2011, the discipline of "theoretical physics" was rated as a key discipline of the Chinese Academy of Sciences. In 2012, it was rated as a first-level discipline training point in physics.

According to the official website of the institute in September 2015, the institute has 1 postdoctoral research station, 1 key discipline of the Chinese Academy of Sciences, 1 doctoral program of the first-level discipline, and 1 master's program of the first-level discipline.

Postdoctoral Research Station: Theoretical Physics (Secondary Discipline).

Key Discipline of Chinese Academy of Sciences: Theoretical Physics.

First-level discipline doctoral program: physics.

First-level Discipline Master's Program: Physics Discipline Direction The research directions of the theoretical physics major of the institute mainly include: particle physics and quantum field theory, superstring theory and field theory, gravitational theory and cosmology, atomic nucleus theory, statistical physics and complex systems, theoretical biophysics, condensed matter theory, quantum physics and quantum information, and quantum chaos.

Logo Definition: 1The logo uses the English abbreviation of the Institute of Theoretical Physics as "ITP".

2.The logo embodies the spirit of unity and progress of the Institute of Theoretical Physics.

3.The logo reflects the establishment of the Institute of Theoretical Physics in 1978.

4.The logo has obvious characteristics of a research institute affiliated to the Chinese Academy of Sciences. Former Directors Name and Term: Peng Huanwu 1978-1983 Zhou Guangzhao 1983-1990 Hao Bolin 1990-1994 Su Zhaobing 1994-1998 Ouyang Zhongcan 1998-2007 Wu Yueliang 2007-2012 Zou Bingsong 2012-present Reference**:

Link to the postgraduate examination materials of the Institute of Theoretical Physics, Chinese Academy of Sciences.

The ranking of the 115 institutes of the Chinese Academy of Sciences is as follows:

1. Institute of Physics, Chinese Academy of Sciences

Founded on August 15, 1950, the Institute of Physics of the Chinese Academy of Sciences (hereinafter referred to as the "Institute of Physics") is a multidisciplinary and comprehensive research institution focusing on basic and applied basic research in physics. His research interests include condensed matter physics, optics, atomic and molecular physics, plasma physics, soft matter and biophysics, theoretical and computational physics, materials science and engineering, etc.

2. Confessional Academy of Mathematics and Systems Science Research, Chinese Academy of Sciences

The Academy of Mathematics and Systems Science, Chinese Academy of Sciences was established in December 1998 and is an integration of four institutes: the Institute of Mathematics of the Chinese Academy of Sciences (founded in 1952), the Institute of Applied Mathematics (founded in 1979), the Institute of Systems Science (founded in 1979) and the Institute of Computational Mathematics and Scientific and Engineering Computing (founded in 1995). Mathematics and Systems Science of the Chinese Academy of Sciences is a comprehensive national academic research institution, covering the main research directions of mathematics and systems science.

3. Institute of Biophysics, Chinese Academy of Sciences:

The Institute of Biophysics of the Chinese Academy of Sciences is the National Basic Institute of Life Sciences, and the positioning of the Institute of Biophysics of the Chinese Academy of Sciences is to give full play to the comprehensive advantages of multidisciplinarity, achieve basic, forward-looking and strategic breakthroughs in the frontier fields of protein science, brain and cognitive science, infection and immunity, nucleic acid biology and other disciplines, strengthen the innovative research and development of key equipment in the field of life sciences, achieve key breakthroughs in key technologies and experimental methods, and build a translational research system focusing on biopharmaceuticals and in vitro diagnostics.

4. Institute of Computing Technology, Chinese Academy of Sciences:

Founded in 1956, the Institute of Computing Technology of the Chinese Academy of Sciences (CAS) is the first academic institution in China to specialize in comprehensive research in computer science and technology. The Institute of Computing Technology has successfully developed China's first general-purpose digital electronic computer, and formed the research and development of China's high-performance computer, and China's first general-purpose CPU chip was also born here.

5. Institute of Chemistry, Chinese Academy of Sciences:

Founded in 1956, the Institute of Chemistry of the Chinese Academy of Sciences is a multidisciplinary and comprehensive research institute with important international influence and high level of scientific research, focusing on high-tech innovation research that is urgently needed by the country and has major strategic goals, and is a multidisciplinary and comprehensive research institute with the coordinated development of high-tech application and transformation.

Discipline Overview The Institute of Process Engineering, Chinese Academy of Sciences is one of the first batch of doctoral and master's degree awarding units approved by the Chinese Academy of Sciences, and is also the first batch of postdoctoral mobile station units in China, and was approved by the Academic Degree Committee as a doctoral degree awarding unit of the first-level discipline of "Chemical Engineering and Technology" in 2000.

On April 7, 2001, the discipline direction of the Institute of Process Engineering of the Chinese Academy of Sciences was developed from "chemical metallurgy" to "process engineering". With the key laboratory as the innovation platform, the basic research units are integrated to form a cross-room (group) innovation team, and the advantages are integrated with the grid matrix organizational model to form a joint force, break through major scientific and technological problems, generate core technologies and complete sets of technological processes, and promote industrialization through the National Biochemical Engineering Technology Research Center, Process Engineering R&D Center and Engineering Demonstration Base.

First-level discipline doctoral and master's degree training programs: chemical engineering and technology, environmental science and engineering, materials science and engineering.

First-level discipline postdoctoral mobile station: Environmental Science and Engineering, Chemical Engineering and Technology The emblem of the Institute of Process Engineering, Chinese Academy of Sciences is shown in the figure on the right

Interpretation: The new emblem covers the English abbreviation of the Institute of Process Engineering, IPE, reflecting chemistry, physics, biotransformation and interdisciplinarity, with the shape of the key of IPE to imply solving the bottleneck problem of the transition from laboratory results to industrialization in the process industry, and the background from green to blue symbolizes the green space and blue sky, with unlimited space for development and sustainable environmental and ecological development. Dedication, unity, truth-seeking, innovation.

Interpretation: dedication: love the motherland, be willing to contribute, be loyal to your duties, and study hard.

Unity: love everything like home, seek common development, competition and cooperation, and work together to tackle tough problems.

Truth-seeking: seeking truth from facts, being honest and reasonable, abiding by laws and regulations, and adhering to justice.

Innovation: dedication to science, the pursuit of truth, strive for progress, pioneering and enterprising.

Discipline Overview The Institute is one of the first units in China to have the right to confer doctoral and master's degrees and the first to set up a postdoctoral mobile station. China's first doctor of science and the first postdoctoral fellow were both from the Institute of High Energy Studies.

As of July 2014, there are 6 Doctor of Science (Master's) programs in Theoretical Physics, Particle Physics and Nuclear Physics, 2 Doctor of Engineering (Master's) programs in Nuclear Technology and Applications, and 6 full-time Engineering Master's programs in Materials Engineering and Power Engineering. There are two postdoctoral research stations in physics and nuclear science and technology. Discipline Characteristics In the long-term scientific research practice, the Institute has formed three strong scientific research fields: the first is particle physics research, including accelerator-based high-energy physics experiments, particle astrophysics and neutrino experiments, nuclear electronics and detection technology research, particle physics and nuclear physics theory, etc.; The second is advanced accelerator technology, including high-brightness electron accelerator technology, high-current proton accelerator technology, application research and development, and achievement transformation; The third is advanced ray technology, including synchrotron radiation and neutron scattering experimental platforms, free electron lasers and their applications, and nuclear analysis techniques and their applications.

As of July 2014, there are more than 470 graduate students and more than 50 postdoctoral fellows in the station.

As of November 2010, there are 3 degrees in the history of the institute** that have obtained national excellent doctoral degrees**, and their authors are Yu Wenfei (supervisor: Li Tibei, 2000), Feng Weiyue (supervisor: Chai Zhifang, 2001) and Zhang Yi.

Dr. Zhang Yi (supervisor Hu Hongbo) of the Center for Particle Astronomy was awarded the 2009 Outstanding Doctorate of the Chinese Academy of Sciences**; Chen Yanmei (supervisor Wang Jianmin) from the Center for Particle Astronomy won the 2009 Special Award of the President of the Chinese Academy of Sciences, and Qian Sen (supervisor Wang Yifang) from the Center for Experimental Physics and Wang Wei (supervisor Lv Caidian) from the Theoretical Physics Laboratory won the 2009 President of the Chinese Academy of Sciences Excellence Award; Wang Yuming (supervisor Lv Caidian) from the Department of Theoretical Physics won the 2009 Zhu Li Yuehua Outstanding Doctoral Student Award of the Chinese Academy of Sciences.

Link to the postgraduate examination materials of the Institute of High Energy Physics, Chinese Academy of Sciences.

As of September 2014, the Institute of Engineering Thermophysics of the Chinese Academy of Sciences has the right to confer doctoral degrees in 1 first-level discipline, 2 master's degrees in first-level disciplines, 3 doctoral training programs in secondary disciplines, 4 academic master's programs in secondary disciplines, 1 professional master's degree training program, and 1 postdoctoral mobile station in primary disciplines.

First-level disciplines: power engineering and engineering thermophysics.

First-level disciplines: Power Engineering and Engineering Thermophysics, Environmental Science and Engineering.

Doctoral training programs in secondary disciplines: Engineering Thermophysics, Thermal Engineering, Power Machinery and Engineering.

Second-level discipline master's degree training programs: Engineering Thermophysics, Thermal Energy Engineering, Power Machinery and Engineering, Environmental Science, Environmental Engineering.

Professional master's degree training point: Master of Engineering (power engineering).

As of September 2014, there were 231 graduate students enrolled in the Institute of Engineering Thermophysics, Chinese Academy of Sciences, including 99 doctoral students and 132 master's students.

In 2013, Zhang Yuan and Sun Liuli, students of the institute, won the "Excellence Award of the President of the Chinese Academy of Sciences"; 10 people including Ouyang Zi District won the National Scholarship; Zhang Yuan and 4 others won the "Wu Zhonghua Outstanding Student Award"; Wu Haibo and Yan Yuejun were awarded the Outstanding Graduates of Beijing; Ouyangzi District won the "Baosteel Outstanding Student Award" and the Environmental Protection Scholarship of Zhongke Group; 44 graduate students of the institute won the "Outstanding Student Award" of the University of Science and Technology of China.

In 2014, Dr. Sheng Li of the Institute was awarded an excellent doctorate degree from the Chinese Academy of Sciences for his degree "CO2 Capture Energy Minimization Mechanism and Coal-to-Natural Gas Power Polygeneration System"; Ph.D. students Peng Shuo and Xin Fang won the "President Excellence Award of the Chinese Academy of Sciences"; 10 graduate students including Yang Zheng won the National Scholarship; Doctoral student Ouyang Ziqu won the "Zhu Li Yuehua Outstanding Doctoral Student Scholarship"; Ph.D. student Chen Qiang won the "Environmental Protection Scholarship of Zhongke Group"; 42 graduate students of the institute won the "Outstanding Student Award" of the University of Science and Technology of China.

Link to the postgraduate examination materials of the Institute of Atmospheric Physics, Chinese Academy of Sciences.