作为中国科学院基地型研究所，安徽光机所拥有大气光学、环境光学及环境遥感监测技术、激光技术等有特色、有优势的学科领域。安徽光机所于2001年5月，进入了中科院知识创新工程试点行列,是中国科学院合肥物质科学研究院的一部分。现设大气光学研究中心、环境光学研究中心、应用激光技术研究中心和光学工程技术中心。安徽光机所以坚持国家和社会发展为牵引，在激光大气传输和激光大气探测、激光光谱学、环境光学和环境监测技术、遥感和辐射定标与校正、新型激光器和晶体材料、医学光电子学和激光医疗仪器、光纤与光电子学﹑光电工程等学科领域，承担着国家重点科技攻关、国家“863”计划、国家“973”计划，国家自然科学基金、中科院方向性及地方攻关等项目。

Focusing on the demands of the fast development of the national economy and society, AIOFM participated in the CAS Innovation Program and developed its own specific research fields such as Atmospheric Optics，Environmental Optics, Optical Remote Sensing and Laser Technology and Engineering. AIOFM has been undertaking lots of major research projects supported by the National Key Research Program for Science and Technology, the National High Technology Research and Development (863) Program, the State Key Development Program for Basic Research (973), the National Natural Science Foundation, Funds of the Chinese Academy of Sciences for Key Topics in Innovation Engineering, and various provincial and local research programs, in the fields of laser atmospheric propagating and sounding, laser spectroscopy, environmental optics and related monitoring technologies, optical remote sensing and radiation calibration, solid and excimer laser systems and nonlinear optics, fiber optics and photonics, optical crystal materials, and optoelectronics engineering, etc.

中国科学院等离子体物理研究所成立于1978年9月，主要从事高温等离子体物理、磁约束核聚变工程技术及相关高技术研究和开发，以解决人类未来战略新能源——受控热核聚变能为目标，是我国热核聚变研究的重要基地。等离子体所在与高温热核聚变等离子体物理及工程研究密切相关的等离子体理论与实验、反应堆技术、大功率电源技术、计算机自动控制与数据采集处理技术、高真空技术、低温制冷技术、低温超导和高温超导技术、特种材料技术、大型微波加热及电流驱动等学科的研究成绩斐然，积聚了学科不一的综合人才队伍。我所长期面向海外诚聘等离子体理论与实验、反应堆技术、大功率电源技术、计算机自动控制与数据采集处理技术、高真空技术、低温制冷技术、低温超导和高温超导技术、特种材料技术、大型微波加热及电流驱动等学科的人才。欢迎有志之士加入我所共创核聚变事业！

Institute of Plasma Physics, Chinese Academy of Sciences（abbreviated as ASIPP）was founded in September 1978 for the purpose of the peaceful utilization of the fusion energy primary based on the tokamak approach.Besides the physics studies on theoretical and experimental plasma physics, reactor research, in ASIPP there are also technical studies on high-power power supply, high field magnet, high power microwave, vacuum, cryogenics and data acquisition. In addition, the ion beam bio-engineering and the electro physical apparatus designing are two important divisions in ASIPP. ASIPP aims to establish a long lasting collaboration and is looking for overseas talents of plasma theory and experiment, reactor technology, high-power power supply technology, computer automatic control and data acquisition, high vacuum technique, cryogenic technology, low/high temperature superconducting technology, special material technology, and that of large-scale microwave heating and current drive. Welcome to join ASIPP and start your nuclear fusion career.

中国科学院合肥智能机械研究所坐落于 安徽合肥科学岛的东部，这里以优越的地理、怡人的风景、和谐的人文环境及浓厚的科研氛围而闻名遐迩。智能所正式成立于1979年10月8日，前身为1962年建立的中国科学院华东自动化元件及仪表研究所（聂荣臻元帅提议所名）。经过几代科技工作者的拼搏努力，智能所已发展成一个承担国家和地方重大科研任务、从事高新技术开发应用、培养高层次研究人才、应用与基础并重的研究机构。 智能所以探索和发展仿生感知与智能科学技术，为人类生存发展环境的改善与延伸提供先进的信息获取与智能决策理论、技术、系统为使命，致力于在仿生感知、信息获取、智能农业信息系统、智能检测与控制、微纳米技术、先进制造、安全系统等重要领域为国家做出基础性、战略性和前瞻性的研究和贡献。建所三十年以来，智能所先后承担了国家自然科学基金、“863”计划、“973”计划、国际科技合作计划、中科院、省部及地方科技攻关等课题近千项，取得了一批重要科技成果，获得了国家科学技术进步二等奖、联合国世界信息峰会大奖、安徽省科技进步一等奖等100多项科技奖。随着知识创新工程的深入推进，智能所在科研项目的数量和质量上、科技成果数量和层次上均不断提高、取得进展，始终保持着强劲的发展势头。

The Institute of Intelligent Machines(IIM) , Chinese Academy of Sciences(CAS), was founded on October 8, 1979. It lies in the east of the Science Island, Hefei, China, a peninsula well-known for its fantastic location, beautiful scenery, harmonious humanities environments and strong academic atmosphere. IIM’s predecessor was East China Institute of Components and Instruments for Automation, Chinese Academy of Sciences, which was established in the 1950' s. After efforts of several generations of scientists, IIM has developed to be a research institute that works for scientific research and high-tech application, as well as postgraduate education.IIM, dedicated to the national critical scientific areas, such as biomimetic sensing, information acquisition, digital agriculture intelligence system, intelligent detection and control and micro-nano technology, strives to provide the advanced theory, technology and system of information acquisition and intelligent decision for improvement and sustainable development of environment. In recent 30 years, IIM has undertaken almost one thousand research projects from Natural Science Foundation of China, National “ 863” and “973” Programs and International Science and Technology Cooperation Program etc, and significant scientific and technological achievements have been obtained. IIM has won nearly 100 science and technology awards, including the second class of National Science and Technology Progress Reward, World Summit Award，and Science and Technology Progress Award of Anhui Province. With the further development of Knowledge Innovation Program, IIM has constantly improved the quantity and the quality of both science research projects and scientific and technological achievements, thus maintaining its vigor and growth momentum.

中国科学院固体物理研究所成立于1982年3月，由国际著名物理学家、中国科学院院士葛庭燧先生创建。目前是中科院材料物理重点实验室、安徽省纳米材料与技术重点实验室、安徽省纳米材料工程技术中心、中科院合肥物质科学研究院物质科学计算中心的依托单位。全所现有职工192人，拥有博士学位人员占76%，45岁以下人员占83％，其中研究员39人。固体所分别于1981和1984年开始招硕士和博士生，是凝聚态物理专业和材料物理与化学专业的硕/博士学位培养基地，拥有物理学博士后流动站。目前在学研究生200余人。 固体所以国家重大需求为牵引、凝聚态物理为基础，面向材料物理与纳米科技的学科前沿，围绕环境、新能源和航天等领域对前沿材料的重大需求及其关键科学技术问题，结合大科学平台，从事基础性与前瞻性研究，加强基础与应用的衔接，并向应用延伸。研究方向包括：纳米材料技术，新型功能材料，计算材料物理，内耗与固体缺陷，极端环境材料物理，核能工程材料，特种金属材料等。研究目标是设计新材料体系、发展新型结构与功能材料，在环境与能源材料、极端环境材料物理、航天特种金属材料等方面做出有国际影响的原创性成果，为我国未来环境、能源、航天等领域提供关键核心材料和技术支撑。成为我国先进材料高水平研究基地与高端人才培养基地。

“中国科学院强磁场科学中心”成立于2008年4月30日，其前身是“合肥强磁场科学技术研究中心”。国家为发展我国强磁场科学事业，借建设稳态强磁场实验装置大科学工程的机会而设立的研究机构，挂靠在合肥物质科学研究院的非法人研究单位。 长远预设目标：一、强磁场的产生；二、强磁场下的物性研究；三、依托强磁场实验装置进行科学技术发明。 研究领域和发展方向：开展稳态强磁场实验条件下的物理、材料、化学、生命科学、及药学等多学科前沿基础研究；开展强磁场条件下的各种新技术和新材料研究，促进相关技术的发明和应用；研究并持续发展强磁场技术，满足我国多学科前沿探索对于稳态强磁场实验条件不断增长的需求。 稳态强磁场实验装置： 稳态强磁场实验装置是国家发改委支持的“十一五”国家重大科技基础设施，建设磁场强度从20T到45T具有不同实验功能的多个稳态强磁场实验装置：(1)五台高功率水冷磁体；(2)系列超导磁体；(3)系列核磁共振谱仪系统；（4）大型动物高场磁共振成像系统；（5）四大技术装备系统；（6）满足多学科实验需求的各种强磁场下实验测试系统以及极低温和超高压实验条件；（7）磁场强度达45T/室温孔径32mm的混合磁体。

The High Magnetic Field Laboratory, Chinese Academy of Sciences The High Magnetic Field Laboratory, Chinese Academy of Sciences (CHMFL) is located in Hefei, the capital city of Anhui Province. Development of the lab started in May, 2008 and is now almost complete. The project includes construction of a hybrid magnet, five high power resistive magnets and four superconducting magnets. To support normal operation of these magnets, some supporting systems have been constructed for the resistive magnets: a 28MW high stability power supply, a 20 MW water-cooling system, and a central control system. A cryogenic system supplies liquid helium for the superconducting magnets, the hybrid magnet, and general experimental use. State-of-the-art measurement systems have been purchased or are being developed. When complete, CHMFL will be a National Research Center in China for multi-disciplinary studies in fixed and slowly varying high magnetic fields.　　 Missions：CHMFL aims to develop and operate world-class steady high magnetic field facilities for use by in-house, national and international scientists. CHMFL research areas are condensed matter physics, nano-material fabrication and analysis, neuroscience, structural biochemistry, pharmacology, and health science. An active program of research and development will produce new magnet technologies, magnets, and instruments for unique measurements. Organization ：CHMFL is made up of four divisions: high field magnet science & technology, condensed matter science, interdisciplinary biological science, and instrument and measurement development. Every division has several subdivisions or groups, responsible for different projects. Current Status ：Three water-cooled magnets have been finished and put into service: a 10 MW magnet producing 27.5 T in a 32 mm bore, a 24 MW magnet with 35 T in a 50 mm bore, and a 25.2 MW magnet producing 38.5 T in a 32 mm bore. The final two resistive magnets, 25 T in a 50 mm bore and 20 T in a 200 mm bore, are ready for testing. The following instruments are available for users: an 18.8 T, 54 mm bore superconducting magnet with a 950 MHz spectrometer for high-resolution NMR; a 9.4 T, 400 mm bore, high field MRI scanner, an 18 T, 52 mm cold bore magnet with installed instrumentation for scanning tunneling microscopy, magnetic microscopy, and atomic force microscopy (SMA), The hybrid magnet is still under construction. It is scheduled to be completed in middle of 2015. Instruments not linked to particular magnets include cryostats and probes for transport and magnetic measurements; a fast-pulse optical measurement system; a Fourier transform infrared spectrometry system; and a high pressure measurement system. CHMFL has in total 158 employees, 21 postdocs and 102 graduated students. Quite a number of young scientists with oversea education and working experiences were recruited to the CHMFL. Scientific Research ：The CHMFL in-house scientific programs has been growing in past few years. The ongoing scientific and technical studies focus on five areas:  High-field magnet technology  Instrument and technology developments  Condensed matter physics  Material science under extreme conditions  Life science and biomedicine

中国科学院核能安全技术研究所由中国科学院合肥物质科学研究院和中国科学技术大学联合支持，是我国专业化的核能安全技术基础研究基地、核能安全专业高端人才培养中心、核电站及其他核设施安全技术支持平台。主要研究领域涉及核反应堆安全设计与实验、辐射安全与环境影响、核应急与公共安全、环保型核材料、核能软件与安全仿真等。 现因科研工作需要，面向海内外公开招聘，主要招聘领域为核工程、核物理、核技术、核安全、核测量、核燃料、辐射防护与环境保护、医学放射物理、机械设计与制造、精密仪器及机械、自动化、控制、机电一体化、测控、热工、计算机等相关专业，其中核工程相关专业为紧缺专业。

Institute of Nuclear Energy Safety Technology(INEST), Chinese Academy of Sciences is jointly supported by Hefei Institutes of Physical Science, CAS (HIPS) and University of Science and Technology of China (USTC). It is the basic research base, the national top-level talents center, the technology supporting center for nuclear safety technology. The main research areas of INEST include reactor safety design/analysis/experiments, radiation safety and environment impacts, nuclear accident emergency & public safety, advanced nuclear material, nuclear energy software & safety simulation and so on. INEST invites applications and nominations from outstanding scholars for faculty positions with full-time arrangements. Positions include full professor, associate professor, assistant professor, and post-doctoral researcher. Candidates with remarkably strong academic backgrounds are encouraged to apply for professorship of the recruitment programs. The research areas of candidates but not limited to the relevant major of nuclear engineering, nuclear physics, nuclear technology, nuclear safety, nuclear measurement, nuclear fuel, radiation shielding and environmental protection, radiation physics, mechanical design and manufacturing, precision instruments and machinery, automatic control engineering, electromechanical integration, measurement and control technology, thermal energy and power engineering, computer science and so on. The candidates whose major is nuclear engineering would be most encouraged.

中国科学院合肥物质科学研究院健康与医学技术研究所（简称：健康所）是一个以医研融合为特色，致力于为“健康中国”战略实施提供科技支撑的特色新医学研究单元。 健康所主要围绕重大疾病防治的临床需求，在肿瘤发病机制、新型精准治疗药物、先进诊疗技术和设备、临床转化医学模式以及新医学管理应用等方向开展科学研究、技术攻关和模式创新探索。 健康所现有创新药物研究中心、医学物理技术中心、基础医学研究中心、转化医学研究中心等4个研究中心和中国科学院合肥肿瘤医院、合肥蜀山区经开区井岗镇社区全科医院2个临床平台。 通过整合中科院合肥研究院健康医学相关力量，研究所已经拥有一批来自世界顶尖医疗科研机构的海归学者作为学科带头人，并长期面向海内外诚聘医学、药学、物理、生物、化学、信息等学科人才，目标建设一所特色鲜明、水平一流的国家级转化医学研究所！

Institute of Health and Medical Technology (IHMT), focusing on integration of basic and translational medical research to provide novel therapies and technologies for the clinic, is a new medical research unit of Hefei Institutes of Physical Science, Chinese Academy of Sciences. IHMT is composed of four research subunits including Innovative drug research center, medical physics technology center, basic medicine research center, and translational medicine research center， as well as two affiliated hospitals including Hefei cancer hospital, Chinese Academy of Sciences and the Jinggang town community general hospital of Hefei Shushan Economic Development Zone. The research scope of IHMT covers the basic medical research including the pathological mechanism of tumorigenesis, novel therapeutic targets identification, epidemiology, novel diagnostic and treatment technologies, equipment as well as the new clinical concepts etc. Currently there are over 50 PIs who have received the oversea research or clinical training are exploring the diverse medical areas. The institute sincerely welcome outstanding scholars from the areas of biology, chemistry, physics, pharmacology, biotechnology, medicine and other emerging new medical areas to join the fast growing teams.

创新院设有工程化研发区、产业育成区和产业园区，园区面积约500亩，全线建成后，将能够为近200家中小创新企业提供全方位服务。目前，公司已与多家单位、数十个项目组建立了合作关系，将在农业物联网产业化、大面积柔性压力传感器阵列及其终端产品、微波节能灯、一体化直流充电桩等方面进行工程化、产业化研发。 协同发展，奋力前行。借助中科院合肥技术创新工程院搭建的产学研协同创新平台，创新院将坚持创新体制机制，采取规范、灵活的市场化运作，积极参与本地区创新驱动发展战略的实施，挖掘和整合海内外科技资源，完善技术创新价值链各环节建设以及技术转移转化体系，促进科技成果的创新与集成，最终形成科技成果持续再生、开放流动和有效转化的技术转移新机制，为地方的创新驱动发展做出贡献，为区域发展创造更多的经济效益和社会效益。未来，创新院将成为合肥研究院两大国家大科学工程、重大国家战略高技术和基础科学研究项目产生（或衍生）的、有重大应用前景的前沿技术转化研发平台，将为高新技术小微型企业的先进产业技术孵化提供全方位支持，将是合肥市新兴产业技术创新、人才培养、科技成果转移转化及产业化体制机制创新的基地。

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