On July 21, the high-current heavy ion accelerator, a major national science and technology infrastructure construction project in Huizhou, Guangdong Province, passed the process inspection organized by the Chinese Academy of Sciences, marking that the device has reached all construction goals and entered the trial operation stage. The high-current heavy ion accelerator device has the three major goals of “exploring the limits of nuclear existence, revealing nuclear astrophysical processes, and promoting the development and multidisciplinary application of nuclear energy”. It is a national heavy instrument for studying the microscopic world of atomic nuclei.

On July 21, the high-current heavy ion accelerator, a major national science and technology infrastructure construction project in Huizhou City, Guangdong Province, passed the process inspection organized by the Chinese Academy of Sciences, marking that the device has reached all construction goals and entered the trial operation stage. The high-current heavy ion accelerator device has the three major goals of “exploring the limits of nuclear existence, revealing nuclear astrophysical processes, and promoting the development and multidisciplinary application of nuclear energy”. It is a national heavy instrument for studying the microscopic world of atomic nuclei.