Core Insights - The "World Fusion Energy Group" held its second ministerial meeting and the 30th International Conference on Fusion Energy in Chengdu, highlighting advancements in controllable nuclear fusion and the launch of the Fusion Innovation City [1][4] Group 1: Nuclear Fusion Developments - Chengdu is positioning itself as a global hub for controllable nuclear fusion technology, with the launch of a development plan aimed at establishing a research and industrial cluster [4][5] - The plan includes the establishment of the Fusion Innovation City, which will focus on technology research, industrial development, and international collaboration in the fusion energy sector [4][5] - Key facilities and projects include the "Chinese Circulation No. 3" and the International Atomic Energy Agency's fusion research and training collaboration center [4] Group 2: Nuclear Technology Innovations - A range of innovative nuclear technologies were showcased, including a plasma high-temperature melting system capable of reaching temperatures above 5000 degrees Celsius for hazardous waste treatment [2] - The China Nuclear Power Research and Design Institute presented a modular small reactor design, which is easier to assemble and occupies one-third the space of traditional power plants, suitable for urban heating and seawater desalination [2] - The e-FLASH radiotherapy device developed by Zhongjiu Flash Medical Technology Co. is undergoing clinical trials, promising faster and more efficient cancer treatment [3] Group 3: Nuclear Medical Industry Growth - A new policy initiative titled "Further Promote High-Quality Development of the Nuclear Medical Industry" was introduced, featuring 24 measures to support industry upgrades and expand application demands [6] - Chengdu aims to establish three nuclear drug bases, while Luzhou focuses on nuclear diagnostic applications, and Deyang is developing a nuclear power equipment industrial park with a total investment of 40 billion yuan [6]

Core Insights - The establishment of the world's first IAEA Fusion Energy Research and Training Collaboration Center in Chengdu marks a significant elevation of China's international status and influence in the field of fusion energy [4][5][10] - The center aims to provide a "China demonstration" for global fusion energy research and training while accelerating China's fusion technology innovation and commercialization [5][9] Group 1: Center Overview - The IAEA Collaboration Center is a designated entity under the IAEA framework, focusing on research, development, and training to assist in achieving the United Nations' Sustainable Development Goals [4] - The center will operate under four core pillars: international cooperation, academic exchange, technological innovation, and industrial traction [5] Group 2: Chengdu's Strategic Advantages - Chengdu's strategic positioning aligns with the development of the fusion industry, as it is highlighted in the "Implementation Plan for Developing Emerging Industries in Sichuan Province (2025-2027)" [5][6] - The city has established a comprehensive ecosystem for fusion industry development, featuring a modern industrial system with trillion-level clusters in electronic information and equipment manufacturing [6][8] - Chengdu is home to key enterprises in the fusion energy sector, such as Guoguang Electric and Hanhai Fusion, and has achieved significant milestones in fusion technology [6][9] Group 3: Value Creation - The center will enhance international cooperation by strengthening communication with ITER participants, thereby increasing Chengdu's influence in the global fusion governance system [9][10] - It will facilitate the introduction of top-tier research talent and resources, enhancing Chengdu's position in the global fusion research network [9] - The center is expected to attract key enterprises in the fusion energy sector to Chengdu, supporting a comprehensive industrial layout covering superconducting materials and fusion equipment [9][10] Group 4: Chengdu Declaration - The "Chengdu Declaration" was released during the second ministerial meeting of the World Fusion Energy Group, advocating for international cooperation in fusion energy [10][11] - The declaration emphasizes the establishment of a joint research network for fusion energy technologies and the importance of ensuring that fusion energy development serves peaceful purposes [10][11]

据中核集团官方微信公众号消息，近日，中核集团核工业西南物理研究院在磁约束核聚变能量导出关键 技术领域取得重要进展。研究团队自主设计并建成了用于聚变能量导出研究的工程性液态金属和氦气工 质热工研究台架，并已全面投入运行。这标志着我国构建起覆盖聚变堆全工况、具备国际领先水平的液 态金属与氦冷技术研究体系，为未来聚变堆的工程化应用奠定了关键实验基础。 证券时报指出，核聚变能被视为人类未来的理想能源，其中如何高效、安全地将聚变反应产生的高能量 导出并转化为电能，是关键技术挑战之一。包层是聚变堆实现该功能的核心部件，液态金属包层与氦冷 固态包层是目前国际上两条重要的技术路线。 能量导出热工实验台架的全面建成，是我国在核聚变关键设备与技术自主化能力上的重要体现。该成果 显著提升了我国在液态包层和氦冷系统领域的工程验证能力与技术储备，表明我国已系统掌握包括主风 机、高效换热器等在内的氦冷系统设计、制造与集成核心技术。这一进展将有力支撑我国聚变实验堆的 后续建设，推动ITER计划顺利实施，为人类最终实现聚变能源梦想奠定坚实的工程与技术基础。近期 国内外可控核聚变领域取得多项实质性进展，可控核聚变产业化有加速迹象，有望提前实现 ...

Core Viewpoint - The article highlights a significant breakthrough in China's self-developed nuclear fusion device (BEST) with the successful installation of the first key component, the dewar base. This development has prompted several listed companies to respond regarding their involvement in the BEST project. Group 1: Company Involvement - Guo Da Special Materials has successfully supplied materials for the superconducting coil armor used in nuclear fusion and has achieved mass production. The company has also won the bid for the machining project of the BEST coil box, which is currently in progress [1]. - Parker New Materials is a member of the fusion industry alliance and has conducted material research and product provision for key components of the BEST project, including vacuum chambers, shielding layers, filters, and the first wall [1]. - Far East Holdings' subsidiary, Anlan, has won the bid for the compact fusion energy experimental device (BEST) project. The company's products have been applied in the controllable nuclear fusion test project (EAST) and are actively collaborating with leading research institutions and universities to advance the technology of superconducting strips and controllable nuclear fusion cables, participating in projects like "China's Little Sun" [1].

Core Insights - The World Fusion Energy Group's second ministerial meeting and the 30th International Atomic Energy Agency (IAEA) Fusion Energy Conference were held in Chengdu, Sichuan, China, focusing on the development of fusion energy as a clean energy source [1][4][5] Group 1: Event Overview - The event was attended by key figures including the Secretary of the Sichuan Provincial Committee, the Director of the National Atomic Energy Agency, and the Director-General of the IAEA, among others [1][3] - The IAEA designated the China National Nuclear Corporation's Southwest Institute of Physics as its first "Fusion Energy Research and Training Collaboration Center" [3] Group 2: Key Themes and Discussions - The main theme of the ministerial meeting was "Fusion Energy: The Future of Clean Energy," with participation from representatives of 27 countries and 6 international organizations [5] - Discussions focused on three major topics: the current status of fusion energy, regulatory debates, and the supply chain from research to industrialization [5] - A report titled "Fusion Energy Outlook 2025" was released, along with the "Chengdu Declaration" from the World Fusion Energy Group [5] Group 3: Conference Structure and Participation - The 30th IAEA Fusion Energy Conference lasted for five days, covering topics such as magnetic confinement fusion experiments, theoretical modeling, and innovative fusion concepts [5][6] - Nearly 2,000 experts and representatives from 61 countries participated, making it one of the largest professional international conferences in the field of nuclear fusion technology and engineering [6] - The event showcased the achievements of 56 organizations, including research institutes and commercial fusion companies, highlighting recent advancements in fusion research and collaboration [6]

Core Insights - The establishment of the world's first International Atomic Energy Agency (IAEA) Fusion Energy Research and Training Collaboration Center in Chengdu, Sichuan Province, signifies a substantial enhancement of China's international status and influence in the field of fusion energy [1] - The center aims to contribute to Chengdu's development as a global hub for fusion energy innovation and accelerate the commercialization process of controlled nuclear fusion [1] Group 1: China's Commitment to Fusion Energy - China places high importance on the development of fusion energy, having built multiple large scientific facilities and actively promoting deep integration of industry, academia, and research along with international cooperation [1] - Fusion energy is recognized as a crucial direction for the peaceful use of nuclear energy, offering significant advantages over fission energy, including high energy density, abundant raw materials, low radioactive pollution, and inherent safety [1] Group 2: International Collaboration and Future Outlook - The World Fusion Energy Group, initiated by the IAEA in October 2023, aims to strengthen international consensus and encourage increased investment from both public and private sectors in nuclear technology to expedite the demonstration and commercial application of fusion energy [2] - The second ministerial meeting of the World Fusion Energy Group released the Fusion Energy Outlook 2025 report and issued the Chengdu Declaration [2]

Core Insights - Oklo Inc. has seen its stock price surge over seven times in 2025, currently trading at approximately $168, driven by investor speculation on nuclear energy's role in powering AI data centers and the transition to clean energy [2][3] - The company is still pre-revenue, with potential revenue generation projected at $5 billion annually by 2028 based on 14 GW of customer interest, but this is contingent on successful project execution [4][5] Valuation Concerns - Oklo's market capitalization stands at about $25 billion despite not having produced or sold any reactors, a valuation typically associated with established companies [5] - The current share price implies a valuation nearly five times the potential sales for 2028, raising concerns about overvaluation if execution falters [6][10] Industry Challenges - The nuclear energy sector, particularly for small modular reactors (SMRs), is characterized by complex and lengthy processes, including regulatory approvals and capital-intensive construction [8][9] - Oklo's reactor design is pending full approval from the U.S. Nuclear Regulatory Commission, which could delay commercialization significantly [7][10] Execution Risks - Transitioning from engineering concepts to commercial deployment involves significant technical and operational challenges, including potential cost overruns and supply chain issues [13] - The company faces substantial capital requirements for development and construction, which may necessitate share dilution [7][10] Investment Perspective - Oklo represents a high-risk, high-reward investment opportunity in clean energy, appealing to long-term investors with a tolerance for volatility [11] - The current valuation may reflect excessive optimism, suggesting that a price correction could occur if timelines extend or investor enthusiasm diminishes [10][11]

Core Insights - The nuclear energy sector is experiencing significant growth, with leading companies like NuScale Power seeing stock increases of over 120% this year, indicating strong market interest and investment in nuclear fusion technology [2] - Global competition in nuclear fusion is intensifying, with countries like China and the U.S. ramping up investments and strategic initiatives to secure technological and material advantages [4][5] Investment Trends - China has invested at least $6.5 billion in nuclear fusion since 2023, significantly outpacing the U.S. Department of Energy's budget for fusion research [4] - The total investment in the global fusion industry is projected to rise from $1.9 billion in 2021 to $9.7 billion by 2025, reflecting a more than fivefold increase [6] Technological Advancements - The pace of technological development in nuclear fusion is faster than anticipated, with 35 out of 45 surveyed fusion companies expecting to operate commercial demonstration plants by 2030-2035 [6] - China's "Eastern Super Ring" Tokamak device has achieved a world record by maintaining plasma at 1 million degrees Celsius for 1066 seconds [6] Industry Opportunities - The nuclear fusion supply chain is becoming clearer, with key components like superconducting magnets and vacuum chambers showing significant market potential [7][10] - Companies like China National Nuclear Corporation and Dongfang Electric are well-positioned to benefit from the growing demand for nuclear power, especially in the context of AI data centers [12] Market Dynamics - The explosion of AI data centers is driving demand for stable, zero-carbon energy sources, with nuclear power emerging as a preferred option for tech giants [12] - In China, the procurement of nuclear power for AI data centers surged by 120% in the first half of 2025, leading to increased orders for nuclear fuel and equipment [12] Future Outlook - The nuclear energy sector is expected to continue its upward trajectory, with companies that can leverage technological breakthroughs and secure orders likely to see substantial growth [14] - Ongoing monitoring of policy, technology, and market dynamics will be essential for identifying investment opportunities in the complex nuclear fusion landscape [14]

Core Insights - The nuclear energy sector is experiencing significant growth, with leading companies like NuScale Power seeing stock increases of over 120% this year, indicating strong market interest and investment in nuclear fusion technology [1][5] - Global competition in nuclear fusion is intensifying, with substantial investments from countries like China and the U.S. aiming to establish leadership in this emerging energy source [2][3] Global Competition - The U.S. has prioritized nuclear fusion as a national security issue, mandating the start of a demonstration fusion power plant by the end of 2028, while China has invested at least $6.5 billion in fusion technology since 2023, significantly outpacing U.S. funding [1][2] - China dominates the supply of critical materials for nuclear fusion, producing nearly 80% of tungsten and 67% of vanadium globally, which are essential for fusion technology [2] Technological Breakthroughs - The total investment in the global fusion industry is projected to rise from $1.9 billion in 2021 to $9.7 billion by 2025, indicating rapid advancements in technology [3] - Chinese advancements include the "Eastern Super Ring" Tokamak achieving a world record of 1 million degrees Celsius plasma stability for 1066 seconds, showcasing significant progress in fusion technology [3] Industry Chain Opportunities - The nuclear fusion supply chain is becoming clearer, with key components like superconducting magnets and vacuum chambers showing substantial market potential [4] - Companies like Western Superconducting and AnTai Technology are positioned to benefit from the growing demand for materials and components essential for fusion reactors [4] AI Data Center Impact - The explosive growth of AI data centers is driving demand for stable and carbon-free energy sources, positioning nuclear power as a preferred option for tech giants [5] - In China, the procurement of nuclear power for AI data centers surged by 120% in the first half of 2025, leading to increased orders for nuclear fuel and equipment [5] Value Reassessment - The significant stock price increases of recommended companies, such as NuScale and China General Nuclear Power, validate the market's reassessment of their value in the context of nuclear energy advancements [6]

图为国际原子能机构第30届聚变能大会上展出的新一代人造太阳"中国环流三号"的模型 樊巍/摄 新一代人造太阳"中国环流三号"装置（图片来源：中核集团） 来源：环球时报-环球网 【环球时报-环球网报道 记者 樊巍】"核聚变想要实现商业化发电需要经历六个阶段，目前我们正处于 第三个阶段。"在10月14日于成都举行的2025世界聚变能源集团第2次部长级会议暨国际原子能机构第30 届聚变能大会开幕式上，中核集团核工业西南物理研究院院长助理、聚变科学所所长钟武律在接受《环 球时报》记者采访时介绍称，实现核聚变能最终的商业化运用，需要经历原理探索、规模实验、燃烧实 验、实验堆、示范堆、商用堆六个阶段，目前中国已走到了燃烧实验阶段。"目前我们燃烧等离子体的 参数条件已经具备了。" 在本次两大核聚变能国际会议，中国何时可以实现核聚变商业化发电是各国媒体关注的焦点。在会场展 出的新一代人造太阳"中国环流三号"的模型前，核工业西南物理研究院的专家以开放的姿态向各国来宾 介绍中国聚变能技术研发的进展。 "根据我国的核聚变发展路线规划，将在2050年前后建成实现可以商用的核聚变发电，这个时间也和其 他国家预计时间相近，但我们正在努力让 ...