| IHEP is one of the first batch of Post-Doctor stations, grant with doctor and master, and is the training point of physics. There are six doctor degree programs of science including Theoretical Physics, Particle Physics and Nuclear Physics, Condensed Matter Physics, Optics, Inorganic Chemistry and Bioinorganic Chemistry; two doctor degree programs of engineer including Nuclear Technology & Application and Computer Applied Technology; five full-time professional master degree programs of Computer Technology, Electronic and Communication Engineering, Material Engineering, Mechanical Engineering, Power Engineering. There are also two post-doctoral stations including Physics and Nuclear Science & Technology. Tutors: IHEP advocated "unity, truth, innovation and dedication". There are a large number of high level researchers acting in the international frontier subjects, who are in close cooperation and Communication with the foreign counterparts. Among the over 110 Ph.D tutors and over 110 Master tutors, there are 10 academicians. The proportion of tutors and postgraduates is 1: 2, so students could get good guidance.
Environment for Learning and living: Sharing the same campus with the Graduate University of CAS (GUCAS), IHEP is located in Yuquanlu, which is beautiful and with all kinds of sports facilities. The dormitories of GUCAS and IHEP provide students with comfortable living conditions. Students do not need to pay the tuition and could enjoy bursaries and scholarships. Convenient Internet access, modern library and wide domestic and international cooperation are available at the campus. Particularly, several large research projects provide a good basis of studying, going abroad and hunting a job for postgraduates.
Tel: +86-10-88235208, +86-10-88235646, Fax: +86-10-88235889 Email: yjsb@ihep.ac.cn Website: www.english.ihep.cas.cn |  |
Subjects for graduates of research-type doctor and master degrees
| Discipline | Subject: | Major: | Research Field: |
| Science | Physics (0702) | Theoretical Physics (070201) | ⑴ Theoretical Particle Physics |
| ⑵ Theoretical Nuclear Physics | |||
| ⑶ Mathematical Physics | |||
| ⑷ Theoretical Particle Cosmology | |||
| ⑸ Theoretical Hadron Physics | |||
| Particle Physics and Nuclear Physics (070202) | ⑴ Particle Physics Experiment | ||
| ⑵ Detector Physics | |||
| ⑶ High Energy Physics Computing | |||
| ⑷ Cosmic Ray Physics | |||
| ⑸ High Energy Astrophysics | |||
| ⑹ Nuclear Methods and Applications | |||
| ⑺ Accelerator Physics | |||
| ⑻ Synchrotron Radiation Technology and Methods | |||
| ⑼ Material Property | |||
| ⑽ Nuclear Imaging and Application | |||
| condensed matter physics (070205) 070205 | ⑴ Synchrotron Radiation Applications and Methods | ||
| ⑵ The Application of Nuclear Methods in Research of Substance Structure | |||
| ⑶ Protein Structure and Function | |||
| ⑷ Synchrotron Radiation Research of New Materials | |||
| ⑸ Physical Property under Extreme Conditions | |||
| optical (070207) 070207 | ⑴ Synchrotron Radiation Detection Technology | ||
| ⑵ Advanced Light Source Theory, Technology and Application | |||
| ⑶ X-ray Imaging Theory and Method | |||
| ⑷ Synchrotron Radiation Optical Techniques and Applications | |||
| Chemistry (0703) 化学 0703 | inorganic chemistry (070301) 070301 | ⑴ Element Chemistry and Metallomics | |
| ⑵ Environment and Health | |||
| ⑶ Nano-chemistry and Nano-materials | |||
| biological inorganic chemistry (070322) 070322 | ⑵ Biological Effects of Nanoparticles | ||
| ⑵ Nano-biological Testing and Imaging | |||
| ⑶Environmental Health and Chemical Biology | |||
| Engineering | nuclear science and technology (0827) 0827 | nuclear technology and applications 082703 | ⑴Magnet and Power Supply Technology in Accelerator |
| ⑶ Radio Frequency and Microwave Technology in Accelerator | |||
| ⑷ Vacuum Technology in Accelerator | |||
| ⑸ Control and Beam Diagnostics Technology in Accelerator | |||
| ⑷ Cryogenics & Superconducting Technology in Accelerator | |||
| ⑹ Radiation Protection Technology | |||
| ⑺ Free Electron Laser and Application | |||
| ⑻ Radiation Technology Research and Application | |||
| ⑼ Nuclear Electronics and Nuclear Detection Technology | |||
| ⑽ Nuclear Medicine and Imaging Technology | |||
| ⑾ Synchrotron Radiation Experimental Techniques and Application | |||
| ⑿ Precision Machinery Engineering | |||
| computer science and technology (0812) | computer application technology (081203 | ⑴ Massive Data Sharing | |
| ⑵ Data Processing Environment and Software | |||
| ⑶ Grid Technology | |||
| ⑷ Network Security Technology | |||
| ⑸ Computer Control and Application | |||
| ⑹ High-performance Data Acquisition Technology |
Subjects for postgraduates of Full-time professional Master degree
Subjects for graduates of engineering-type doctor and master degrees
| discipline | subject | major | Research field | |
| Engineering | Mechanical Engineering 0802 | Mechanical Engineering 430102 | (1) Precision Machinery Design | |
| (2) Manufacturing Engineering and Automation | ||||
| (3) Survey and Alignment | ||||
| Materials Science and Engineering 0805 | Materials Engineering
430105 | (1) Nano-structure | ||
| (2)nano-material | ||||
| (3)Toxicological Mechanism of Nano-materials | ||||
| (4) Surfaces and Boundaries of Materials | ||||
| (5) Radiation Damage of Materials | ||||
| (6) The Deformation | ||||
| (7) Fatigue and Fracture of Materials | ||||
| Power 0807 | Power 430107 | (1)Refrigeration and Cryogenic Engineering | ||
| (2)Superconducting Magnet Engineering | ||||
| 0809 Electronics Science and Technology Information and Communication Engineering0810 | Electronics and Communications Engineering 430109 | (1) Radio-frequency and Microwave Technology | ||
| (2) Nuclear Electronics and Nuclear Detection Technology | ||||
| (3) Beam Diagnostics and Accelerator Control | ||||
| (4) Nuclear Medicine and Imaging Technology | ||||
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Computer Science and Engineering 0812 | Computer Technology 430112 | ⑺ Massive Data Sharing | ||
| ⑻ Data Processing Environment and Software | ||||
| ⑼ Grid Technology | ||||
| ⑽ Network Security Technology | ||||
| ⑾ Computer Control and Application | ||||
| ⑿ High-performance Data Acquisition Technology | ||||
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Postdoctoral Introduction
Postdoctoral research station at IHEP is one of the first batch stations approved by National Postdoctoral Research Station Management Coordination Committee in 1985. Now there are two stations, Physics and Nuclear Science and Technology at IHEP. Till 2008, there were totally 274 postdoctoral researchers recruited, and currently 46 members on the station. The first postdoctoral researcher of China was fostered here. As the scientific research strength at IHEP, postdoctoral researchers are very important. They achieved many encouraging results in their respective areas, and many of them got the National Postdoctoral Fund. While the scientific research is encountering rapid development, the need for post-doctors is increasing. IHEP has already formed a perfect postdoctoral management system, and will provide excellent service for postdoctoral fellows. We warmly welcome you to apply for the postdoctoral position at IHEP.
Subject：Physics
Major：
1，Theoretical Physics
Research Field: Theoretical Particle Physics, Theoretical Nuclear Physics, Mathematical Physics, Theoretical Particle Cosmology and Theoretical Hadron Physics.
2, Particle Physics and Nuclear Physics
Research Field: Particle Physics Experiment, Detector Physics, High Energy Physics Computing, Cosmic Ray Physics, High Energy Astrophysics, Nuclear Methods and Applications, Accelerator Physics, Synchrotron Radiation Technology and Methods, Nuclear Medicine Imaging and Application.
3. Condensed Matter Physics
Research Field: Synchrotron Radiation Technology and Methodology, the Application of Nuclear Methods in Research of Substance Structure, Protein Structure and Function, Synchrotron Radiation Research of New Material and Nano-materials, Physical Property under Extreme Conditions, X-ray Imaging Theory and Method.
4. Optical
Research Field: Synchrotron Radiation Technology and Beamline Optics, X-ray Imaging Theory and Method, Synchrotron Radiation Technology and Application.
Subject：Nuclear Science and Technology
Major：Nuclear Technology and Application
Research Field: Accelerator Technology and Applications (including Magnet and Power Supply Technology in Accelerator, Radios Frequency and Microwave Technology in Accelerator, Vacuum Technology in Accelerator, Control and Beam Diagnostics Technology in Accelerator, Cryogenics & Superconducting Technology in Accelerator, Radiation Protection Technology, etc.), Application of Free-electron Laser and Radiation Technology, Nuclear Electronics and Nuclear Detection Technology, Nuclear Medicine and Imaging Technology, Synchrotron Radiation Experimental Techniques and Application, Precision Machinery Engineering, Computer Applied Technology, the Application of Nuclear Technology in Biological Inorganic Chemistry.