Compact Fusion Reactor Research in China

In the global competitive landscape, China's compact fusion initiatives occupy a distinct space compared to the classified Black Track and open white tracks of Western powers. In the United States, military-adjacent compact fusion programs developed rapidly following early initiatives such as the U.S. Compact Fusion Aerospace Program Initiated and subsequent private-sector spin-offs. In contrast, China's model leverages civil-military fusion, channeling academic progress at institutions like HUST into broader aerospace frameworks overseen by state contractors like CASC. Compact fusion reactors operating on high-beta FRC / Field-Reversed Configuration physics offer disruptive dual-use applications, ranging from decentralized military power generation to directed-energy systems and deep-space propulsion. The development of high-performance reactor cores requires advanced material science, including High-Temperature Superconductor (HTS) systems and specialized alloys analogous to Mondaloy 200, to withstand severe operational environments. While Western development historically advanced through tightly guarded mechanisms like the Special Access Program (SAP), China continues to bridge the gap by combining open-source foreign literature benchmarking, such as the Spencer Scaling Law, with aggressive domestic manufacturing programs. As mapped across the Network Graph, China's ongoing integration of rad-hard microelectronics and FRC test facilities positions the nation as a formidable peer competitor in next-generation compact energy systems.