Hefei Institutes of Physical Science

{{Short description|Chinese Government Institute}}

{{Infobox laboratory

|name = Hefei Institutes of Physical Science

|motto =

|image =

|established =

|budget =

|type = Research

|research_field = Physical science
Chemical science
Environmental science
Energy science

|director = Kuang, Guang-Li

|staff = 2,500+

|city = Hefei, China

|address = 350 Shushanhu Road, Hefei 230031, Anhui, P. R. China

|campus =

|affiliations = Chinese Academy of Sciences

|operating_agency =

|nobel_laureates =

|website = [http://english.hf.cas.cn/ english.hf.cas.cn]

|footnotes =

}}

File:Administrative Bldg. of CASHIPS.jpg

The Hefei Institutes of Physical Science of the Chinese Academy of Sciences (CASHIPS, {{zh|t=合肥物質科學研究院|s=合肥物质科学研究院|hp=Héféi Wùzhì Kēxué Yánjiūyuàn}}) is a large-scaled integrated research center in Hefei, China. The inception of CASHIPS involved the integration of several existing institutes that were all under the Chinese Academy of Sciences (CAS) umbrella and situated in Hefei. Its current headquarters are located on a peninsula near Shushan Lake in the northwestern suburbs of Hefei. Apart from its 10 research units (listed below) CASHIPS is also home to 21 key laboratories and research centers that belong to either CAS or are at the national or provincial level such as the Magnetic Confinement Fusion Laboratory; the National Engineering Research Center for Environmental Optical Instrumentation; the National “863” Key Laboratory of Atmospheric Optics; and the CAS Key Laboratory of Material Physics.{{cite web|url=http://english.hf.cas.cn/au/Introduction/|title=Introduction of Hefei Institutes of Physical Science|accessdate = 20 August 2015}}{{cite web|url=http://english.cas.cn/institutes/cas_guide/201409/U020141124419569240513.pdf|title=2014 Guide to CAS (pages 184-185)|accessdate = 21 August 2015}}

Several large-scaled facilities are currently under construction which include:

• the Experimental Advanced Superconducting Tokamak (EAST) project designed for nuclear fusion experiments;
• an atmospheric optics and integrated remote sensing radiometric calibration testing site;
• steady-state high magnetic field facilities;
• an ion beam irradiation system with single-cell positioning precision;
• an SMA microscopy system under high magnetic fields;
• a 9.4T MRI system for large-sized animals;
• an absolute low-temperature radiometric calibration system;
• a kilometer-length, high-res, high-sensitivity atmospheric absorption spectral system; and
• a high-performance computer system with peak computing speeds of 150 billion operations per second.