近日，全球瞩目的‘可控核聚变重磅大会’即将召开，标志着人类在清洁能源探索道路上迈出关键一步。本次大会汇聚了来自中国、美国、欧盟、日本等国家和地区的顶尖科研机构、高校及企业代表，共同探讨可控核聚变技术的最新进展、工程挑战与商业化前景。作为有望彻底解决能源危机与气候变化问题的终极能源方案，可控核聚变通过模拟太阳内部反应，在地球上实现安全、清洁、近乎无限的能源输出。近年来，随着高温超导磁体、人工智能辅助等离子体控制、以及新型托卡马克装置（如中国的‘人造太阳’EAST和国际ITER项目）取得突破，聚变能正从实验室加速走向现实应用。此次大会不仅将发布多项前沿研究成果，还将推动国际合作机制建设，为2030年代实现示范堆并网发电奠定基础。专家普遍认为，若技术路径顺利推进，本世纪中叶前，聚变能源有望进入商业电网，重塑全球能源格局。
The highly anticipated ‘Major Conference on Controlled Nuclear Fusion’ is set to take place soon, marking a pivotal step forward in humanity’s quest for clean energy. The event will bring together leading scientists, researchers, and industry representatives from China, the United States, the European Union, Japan, and beyond to discuss the latest breakthroughs, engineering challenges, and commercialization prospects of controlled fusion technology. Often hailed as the ultimate energy solution capable of addressing both the global energy crisis and climate change, controlled nuclear fusion replicates the Sun’s internal reactions to generate safe, clean, and virtually limitless power on Earth. Recent advances—such as high-temperature superconducting magnets, AI-assisted plasma control, and next-generation tokamak devices like China’s ‘artificial sun’ EAST and the international ITER project—have accelerated fusion’s transition from laboratory experiments toward real-world application. The conference will unveil cutting-edge research findings and foster international collaboration frameworks, laying the groundwork for demonstration fusion power plants to connect to the grid by the 2030s. Experts widely believe that if current progress continues, commercial fusion energy could enter power grids by mid-century, fundamentally reshaping the global energy landscape.
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