Joining Us ----The Institute of High Energy Physics,Chinese Academy of Sciences,P.R.China
The Institute of High Energy Physics (IHEP), the Chinese Academy of Sciences was founded on the basis of the First Division of the Institute of Atomic Energy in 1973. Up to September, 2008, IHEP has a staff of 1,062, among whom 744 are scientists and engineers, 334 held senior titles.
According to the general goal of the “Knowledge Innovation Project”, IHEP has defined three key fields: particle physics research, research and development of advanced accelerator technologies and advanced radiation technology and its applications.
By playing into full play the comprehensive advantages of the three key disciplines, IHEP aims at the national strategic needs and the frontiers of science, striving to produce more innovative results. Meanwhile, by cultivating new growth points, IHEP actively develops cross-disciplinary research.
IHEP is the largest fundamental research institution in China. As mentioned above, particle physics, accelerator physics and technologies, radiation technologies and application are the three main research fields of IHEP that include the following:
Particle physics experiments: BES
Neutrino experiments
Experiments at LHC and B-factories
Theoretical physics including particle physics, medium and high energy nuclear physics, cosmology and field theory
Particle astrophysics including cosmic ray
& astrophysics research
Accelerator physics and technology
High luminosity e+e– collider
High power proton accelerator
Accelerator applications
Synchrotron radiation technology and applications
Nuclear analytical technique and applications
Free electron laser
Nuclear detector and fast electronics
Computing and network applications
Radiation protection
The main research facilities at IHEP include:
Beijing Electron Positron Collider (BEPC)
Beijing Spectrometer (BES)
Beijing Synchrotron Radiation Facility (BSRF)
Beijing Free Electron Laser (BFEL)
Particle Astrophysics Lab
Yangbajing International Cosmic Ray Observatory
Nuclear Analysis Lab
Intense Slow Positron Source
The main projects under construction or waiting for approval include:
BEPCII
CSNS(China Spallation Neutron Source)
Daya Bay Neutrino Experiment
HXMT(Hard X-ray Modulation Telescope)
(More details can be explored at: www.english.ihep.cas.cn
Job vacancies
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Division |
Field |
Research direction |
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Center for Experimental Physics |
Particle physics & nuclear physics |
Particle physics experiment (detector R&D, offline software, physics analysis) |
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Nuclear techniques and applications |
Nuclear electronics | |
|
Center for Particle Astrophysics
|
Particle physics & nuclear physics |
Cosmic Ray Physics |
|
High energy astrophysics | ||
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Center for Theoretical Physics |
Theoretical physics |
Particle physics theory |
|
Nuclear physics theory | ||
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Center for Accelerators |
Nuclear techniques and applications |
Accelerator physics |
|
Accelerator techniques | ||
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High-intensity proton accelerator techniques | ||
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Low-temperature super-conducting techniques | ||
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Center for Multi-disciplinary Research |
Environmental safety & health |
Representative contamination toxicity，metallomics |
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Biochemistry，molecular Biology and biophysics |
Protein structure and functional relations | |
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Chemistry |
Nano-chemistry, surface chemical embellishment, synthesis and characterization of Iatrical nano-structure | |
|
Condensed matter physics & material science |
Synthesis, embellishment characterization and applications of new nano-materials | |
|
Nuclear techniques and applications |
Beamline and experimental techniques，nuclear analytical techniques and applications | |
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Tumour study, Biochemistry, molecular biology & cell biology |
Application of Nano-matter in tumour curing and diagnosing Nano-toxicity and safety | |
|
Optics |
Construction and application of mid- infrared FEL station | |
|
Center for Technology R& D |
Nuclear techniques and applications |
Accelerator and detector R & D (accelerator & detector technologies, nuclear imaging, nuclear spectroscopy & electronics) |
Job vacancies for seniors
|
Field |
Research direction |
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Particle physics |
BESIII physics |
|
Neutrino physics experiment | |
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Cosmic rays physics | |
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High energy astrophysics & experiment | |
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Detector R & D Data processing | |
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Nuclear electronics and online data acquiring | |
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Computer and network |
Computer and network |
|
Theoretical physics |
Particle physics theory and field theory Medium-high energy nuclear physics theory |
|
Accelerator physics and techniques |
BEPCII, high-intensity proton accelerator, accelerator R&D, FEL- related accelerator physics and technology |
|
China Spallation Neutron Source(CSNS) (accelerator, target station & spectrometer) | |
|
Nuclear analytical techniques and its applications |
Nuclear analytical techniques and related cross-disciplinary research |
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Synchrotron radiation and free electron laser |
Beam line technology, experimental techniques and cross-disciplinary applications |