From September 2 to 6, the 15th Accelerator Physics Symposium, hosted by the Chinese Physical Society and the Particle Accelerator Branch of the Chinese Nuclear Society, was successfully held in Ürümqi. The conference primarily focused on the domestic accelerator physics field, featuring in-depth discussions on recent research achievements and exchanges on international cutting-edge developments. HHMAX-ENERGY (Chengdu) Technology Co., Ltd. participated in the event, leveraging industry interactions to identify the latest technological trends and advance the company's R&D and collaborations in the accelerator BNCT field.


   At the conference, numerous internationally renowned scholars, R&D team experts, and leaders from leading enterprises delivered insightful presentations and thematic discussions. They addressed accelerator physics challenges encountered in the operation and enhancement of major domestic accelerator facilities, including those related to newly designed and constructed devices such as advanced light sources, colliders, and high-current proton-ion accelerators. Additionally, they explored cutting-edge topics including novel beam manipulation techniques, nonlinear theory, beam instabilities, beam-beam interactions, novel acceleration principles, accelerating structures, and applications of artificial intelligence methods. The conference also featured forum sessions, creating a high-quality platform for researchers and corporate teams to connect resources and share insights. Representatives from HHMAX-ENERGY attended the conference and engaged in in-depth discussions with participating experts, scholars, and industry peers.


   As China's first commercial company specializing in linear field-reversed configuration controlled nuclear fusion, HHMAX-ENERGY has pioneered the “laying eggs along the way” development model while steadfastly pursuing its core goal of fusion power generation. This approach involves leveraging neutrons produced during the fusion process to advance cutting-edge applications such as BNCT, neutron imaging, and nuclear waste treatment before achieving power generation, thereby realizing partial commercial returns in advance.

   At this conference, the HHMAX-ENERGY delegation, through industry exchanges, unanimously recognized the pivotal role of accelerators in BNCT. The company will leverage this participation to further strengthen in-depth collaboration with accelerator physicists, advance the R&D of core accelerator components, accelerate the practical application of nuclear fusion, and benefit public welfare.