HEFEI ADV. LIGHT FACILITY

HEFEI ADVANCED LIGHT FACILITY

Hefei Advanced Light Facility (HALF), a major national science and technology infrastructure, is a fourth-generation synchrotron radiation facility in the low-energy range (2.2 GeV) based on diffraction-limited storage ring (DLSR) technology. It generates soft X-rays with over a hundredfold enhancement in brightness and coherence compared to third-generation synchrotron light sources. By pioneering novel experimental methodologies with unprecedented precision and sensitivity across spatial, temporal, and energy dimensions, HEFEI ADVANCED LIGHT FACILITY will serve as a pivotal research platform for probing microscopic particle behaviors, light-element structures, and dynamic changes in materials' electronic/chemical/spin states.

Upon completion, HALF will stand as the world’s most advanced low-energy synchrotron radiation light source. It will propel Hefei’s transformation into a global hub for photon science and applications, establish China’s full-spectrum advanced light source system spanning all energy ranges, and accelerate advancements in cutting-edge technologies, innovation ecosystems, strategic industrial modernization, and national scientific competitiveness.

USTC
Project legal person
Country, Anhui Province, Hefei City, USTC
Source of funds
64 months
Construction period


Project Progress
The progress of the Hefei Advanced Light Source Project
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February 2025
In February 2025, the 110kV substation was structurally capped.
January 2025
In January 2025, pouring and prestressing of the first section of sawtooth wall of the main ring in the main building was completed.
December 2024
In December 2024, the last truss of the main building was lifted and the steel structure was topped out.
November 2024
​The installation of supporting water-cooling systems, trunk cable bridges was completed in November 2024.
October 2024
In October 2024, the storage ring copper vacuum chamber was finalized.
September 2024
In September 2024, the linear gas pedal pit was completed with structural closure.