Physicists Predict Cluster Radioactivity in Naturally Occurring Isotopes

Physicists have predicted 12 naturally occurring candidate nuclei for cluster radioactivity that are expected to be observable in future experiments.

Researchers Develop Quantum-classical Hybrid Computational Framework for Many-fermion Response and Structure

An international research team has developed a quantum-classical computational framework for studying many-fermion response and structure. The new approach integrates quantum computing with classical computing techniques to pave the way for resolving the long-standing bottleneck that has limited ab initio calculations of strongly interacting systems.

IMP Hosts Frontier Nuclear Physics Symposium Related to HIAF

The participants held in-depth discussions on the frontier development of heavy-ion accelerators and the scientific goals of HIAF. They extensively exchanged the latest progress and achievements in both theoretical and experimental studies of nuclear physics and nuclear astrophysics.

​The 'Chinese path' to Tech in the New Era

​Advanced Heavy-ion Accelerator Successfully Tested in South China

​Scientists Discover New, Extremely Neutron-deficient Isotope Protactinium-210