Core Insights - The 2026 Nuclear Fusion Energy Technology and Industry Conference was held in Hefei, showcasing commercializable technologies derived from nuclear fusion research, which has garnered significant attention in the industry [1][3] Group 1: Technological Developments - Nuclear fusion energy simulates the fusion reactions of the sun, releasing energy and is regarded as humanity's "ultimate energy" [1] - Superconducting technology used for plasma confinement has been applied to develop more efficient medical magnetic resonance devices [1] - Technologies developed for creating extreme vacuum environments are aiding in the upgrade of semiconductor manufacturing equipment [1] - New materials that can withstand extreme conditions are finding applications in aerospace and other fields [1] Group 2: Industry Ecosystem - Hefei has established a complete innovation ecosystem with major scientific infrastructures, including the EAST, BEST, and CRAFT, and has gathered over 60 companies related to the nuclear fusion industry chain [3] - The local government and research institutions have identified dozens of fusion-derived technologies with commercialization potential and have created a project database for precise matching [3][5] - Companies are collaborating with research units to establish joint laboratories, facilitating early involvement in R&D and rapid application of results to high-end industrial uses [3] Group 3: Financial Initiatives - The "Fusion Financial Institutions Alliance" was established to provide services covering the entire lifecycle of fusion technology [4] - The Hefei Future Fusion Energy Venture Capital Fund was launched, targeting long-term capital for key technologies and core aspects of fusion energy [4] Group 4: Policy Support - During the 14th Five-Year Plan period, Anhui Province has created a list of derived technologies from large scientific devices to support secondary development and establish a comprehensive application system [5] - The province has incubated and introduced over 100 technology-based enterprises in fields such as superconducting materials, plasma diagnostics, low-temperature technology, and terahertz lasers [5]

该联盟的宗旨是"产融共生、聚力创新"。据科大硅谷公司董事长吴海龙介绍，联盟将计划通过定期沙 龙、专题研讨、项目路演、企业调研等常态化活动，促进信息共享与精准对接。其首次项目路演将于1 月17日在中国科学院合肥物质科学研究院等离子体物理研究所举行。 安徽依托EAST、BEST等大科学装置，打造科研产业一条龙集群；四川凭借中国环流系列装置，深耕硬 装备制造；上海则利用资本和国际化优势，攻坚高温超导磁体等核心技术，布局未来产业标准……当 前，我国核聚变产业高地正在竞逐生态化发展，它们共同勾勒出核聚变商业化的早期版图。 "十五五"规划建议提出，推动量子科技、生物制造、氢能和核聚变能、脑机接口、具身智能、第六代移 动通信等成为新的经济增长点。这意味着核聚变不仅是能源安全的远景保障，更是驱动高质量发展、塑 造新质生产力的重要抓手。2026年1月15日，《中华人民共和国原子能法》正式施行，从法律层面明确 支持聚变能源发展。 【纠错】 【责任编辑:马俊卿】 聚变新能（安徽）有限公司董事长严建文说，核聚变行业技术壁垒高、商业化周期长，仅靠科研经费和 初期投资难以支撑其走向商业应用。而这正是聚变金融机构联盟要解决的核心命题。 新 ...

Group 1 - The establishment of the Fusion Financial Institutions Alliance marks a significant step towards the commercialization of controlled nuclear fusion, transitioning from laboratory research to engineering applications [1] - The alliance consists of 15 founding institutions, including Keda Silicon Valley Company, and brings together 130 financial and technology service organizations, aiming to support the nuclear fusion industry through innovation, industry linkage, and financial backing [1] - The alliance's mission is to foster a symbiotic relationship between industry and finance, promoting innovation through regular activities such as salons, seminars, project roadshows, and enterprise research [1] Group 2 - The "14th Five-Year Plan" emphasizes the importance of nuclear fusion as a key driver for high-quality development and a new economic growth point, alongside other advanced technologies [2] - The implementation of the Atomic Energy Law on January 15, 2026, legally supports the development of fusion energy in China [2] - The nuclear fusion industry faces high technical barriers and long commercialization cycles, which the Fusion Financial Institutions Alliance aims to address by attracting financial capital to support its transition to commercial applications [2] - The market is currently investing in three main areas of the nuclear fusion industry: special materials, core equipment, and engineering services, which are expected to reshape the high-end manufacturing supply chain [2] - Different regions in China are developing their nuclear fusion industries, with Anhui focusing on research and industrial integration, Sichuan on hard equipment manufacturing, and Shanghai on capital and international advantages for core technologies [2]

Core Viewpoint - The article discusses the investment opportunities and risks associated with emerging sectors in 2026, emphasizing the importance of identifying "wind" sectors for investment strategies [1][2]. Group 1: Investment Phases - Industries typically progress through three stages: "0 to 1," "1 to n," and "n+," with the first two stages being critical for identifying investment opportunities [1]. - The "0 to 1" stage is characterized by rapid growth but high uncertainty, while the "1 to n" stage represents a more stable growth phase [2]. Group 2: Current "0 to 1" Opportunities - Current sectors in the "0 to 1" phase include commercial aerospace, brain-computer interfaces, and solid-state batteries, which are still in early development stages [1][2]. - The brain-computer interface market is limited, with a potential global market size of only a few billion dollars, yet companies in this space have valuations exceeding this potential [2]. Group 3: Transition to "1 to n" - Successful transition from "0 to 1" to "1 to n" can lead to super wind sectors, but failure to transition can result in investment losses [2]. - Artificial intelligence is highlighted as a sector currently in the "1 to n" phase, with significant growth potential and lower uncertainty compared to "0 to 1" sectors [3][4]. Group 4: AI and Computing Power - In the AI sector, focus should be on upstream computing power, which is essential for AI applications [5]. - The demand for computing power is expected to grow exponentially, driven by major tech companies deploying large-scale computing clusters [6]. Group 5: Semiconductor Equipment - The semiconductor equipment ETF (159516) has seen significant price increases due to advanced process expansions and rising storage prices [8]. - The growth in the semiconductor sector is linked to the need for advanced manufacturing equipment, particularly for high-performance storage chips [8][9]. Group 6: Future Trends - The "光入柜内" (optical integration into cabinets) trend is anticipated to expand the market size for optical modules significantly by 2027 [7]. - The semiconductor industry is advised to focus on upstream equipment and materials, as these areas are likely to benefit first from industry expansion [7].

Market Overview - The A-share market opened lower with the Shanghai Composite Index down 0.48%, the Shenzhen Component down 0.63%, the ChiNext Index down 0.93%, and the Sci-Tech Innovation Board down 0.94% [2][3] - The Hang Seng Index opened down 0.1%, and the Hang Seng Tech Index fell by 0.55% [6][7] Sector Performance - AI application stocks, CRO, commercial aerospace, brain-computer interface, nuclear fusion, and robotics concepts saw significant declines [1][3] - Energy metals, cybersecurity, and cross-border payment concept stocks remained active [3] Notable Stocks - Sunflower (向日葵) opened at a limit down due to an investigation by the China Securities Regulatory Commission for suspected information disclosure violations, leading to the termination of its asset restructuring [3][4] - Tianpu Co. (天普股份) approached a limit down after receiving an inquiry letter from the Shanghai Stock Exchange regarding its main business and executive qualifications [4][5] - Ctrip Group (携程集团) fell nearly 15% following an investigation by the market regulatory authority [6][7]

Market Analysis - The A-share market experienced significant volatility with a trading volume approaching 4 trillion, indicating sustained trading enthusiasm [2][3] - The Shanghai Composite Index rose by 1.2% to nearly 4200 points before closing down 0.31% at 4126.09 points, while the Shenzhen Component and ChiNext Index saw increases of 0.56% and 0.82% respectively [3] - The overall market saw 2742 stocks rise and 2591 stocks fall, reflecting a mixed performance across sectors [3] Policy and Structural Trends - The increase in the financing margin ratio from 80% to 100% for new financing contracts is a counter-cyclical adjustment aimed at reducing leverage, which may lead to profit-taking in high-leverage stocks [6][7] - The AI application sector remains strong, with significant gains in stocks related to Pinduoduo and Xiaohongshu, supported by government policies promoting innovation in e-commerce and AI [6][7] - The market is currently in a critical window for policy catalysis and industrial rotation, with a slow bull market expected to continue despite short-term adjustments [12] Bond Market Insights - The bond futures market showed mixed performance, with long-term contracts slightly declining while medium and short-term contracts increased [9] - The central bank maintained a net injection of liquidity, indicating a continued "moderately loose" monetary policy stance, which is expected to support long-term bond investments [9][12] Commodity Market Developments - The commodity index rose by 0.97%, with silver and tin prices increasing by approximately 8%, driven by supply disruptions and strong demand in the semiconductor industry [9][11] - The silver price reached a new high, with London silver surpassing $90 per ounce, benefiting from both financial and industrial demand [9][11] Investment Opportunities - Key sectors to watch include AI applications, commercial aerospace, nuclear fusion, quantum technology, brain-machine interfaces, and consumer goods, all supported by favorable policies and technological advancements [11][12] - The brokerage sector is also highlighted due to increased trading volumes in the A-share market, indicating potential growth opportunities [11]

Investment Rating - The report maintains a "Buy" rating for the fusion energy industry, indicating an expected investment return exceeding the market benchmark index by more than 15% over the next 6-12 months [9]. Core Insights - The upcoming 2026 Fusion Energy Technology and Industry Conference in Hefei is expected to promote collaboration and innovation within the fusion industry, showcasing China's capabilities in magnetic confinement fusion [1]. - Significant experimental breakthroughs have been achieved in domestic fusion devices, including the EAST confirming the existence of a density-free zone and the successful long-pulse operation of the world's first high-temperature superconducting tokamak, Honghuang 70 [2]. - Multiple financing and construction advancements in fusion projects have been reported, including TMTG's plans to build the world's largest fusion power plant in the U.S. and significant funding rounds for domestic fusion startups [3]. - The fusion industry is anticipated to benefit from dual catalysts of policy support and positive industrial progress, with various projects in China and abroad showing promising developments [4]. Summary by Sections Research Developments - The EAST experiment confirmed methods for high-density operation in magnetic confinement fusion, published in the journal "Science Advances" [2]. - The Honghuang 70 achieved a 120-second steady-state long-pulse plasma operation, marking a significant milestone for commercial fusion devices [2]. Industrial Progress - TMTG announced plans to construct a major fusion power plant in the U.S. by 2026, following its merger with TAE Technologies [3]. - Domestic fusion projects, such as Dongsheng Fusion and the NTST device, have secured significant funding and are set to commence construction in the coming years [3]. Investment Recommendations - The report suggests focusing on companies with leading positions in the fusion supply chain, particularly those involved in vacuum chambers, magnet systems, power systems, and low-temperature systems [4].

Group 1 - The core viewpoint indicates that by 2026, the domestic commercial aerospace sector in China will enter a phase of significant rocket launch volume, driven by the first private launch of the Gushenxing-1 rocket and an application for over 200,000 satellite frequency orbits, which will stimulate rocket demand growth [1] - In the nuclear fusion sector, advancements such as the EAST achieving density limit breakthroughs and the new superconducting coil reaching a magnetic field strength of 4.7T are expected to create investment opportunities during the 14th Five-Year Plan period [1] - The robotics industry is anticipated to reach a significant turning point with advancements in AGI, as Elon Musk predicts that humanoid robots will progress beyond expectations, providing strong catalysts for the sector in Q1 2026 [1] Group 2 - The shipbuilding industry is experiencing a rebound in new ship prices, with orders increasing by 78.97% year-on-year, driven by global capacity shortages leading to simultaneous increases in volume and price [1] - The global cycle for construction machinery is on an upward trend, with excavator exports increasing by 26.9% year-on-year in December, indicating high growth in overseas demand and confirming industry prosperity [1] - In terms of specific sectors, general machinery is under pressure, while construction machinery is accelerating upward, shipbuilding is showing signs of slowing down, and railway equipment and gas turbines are steadily rising [1] Group 3 - The Robotics Industry ETF (159551) tracks the robotics index (H30590), which focuses on companies within the robotics industry chain, selecting listed companies from upstream components to downstream system integration to reflect the overall performance of the robotics and related automation equipment manufacturing sector [1] - The index emphasizes technological innovation and market application in industrial and service robots, closely aligning with the direction of intelligent upgrades in the manufacturing industry [1]

Core Insights - The construction of China's first fusion technology innovation city in Chengdu is progressing, with significant advancements in various projects, marking the critical phase of the controlled nuclear fusion industry development plan set to launch in October 2025 [1][2] Group 1: Fusion Technology Development - The plan aims to establish a global technology research and development hub for controlled nuclear fusion in the Chengdu area, focusing on four major innovation platforms related to fusion technology, including a fusion research base and a large scientific device for electromagnetic-driven fusion [1] - The commercial linear magnetic confinement fusion device HHMAX-901, developed by Hanhai Juyuan (Chengdu) Technology Co., achieved plasma ignition, indicating a breakthrough in the commercialization of linear magnetic confinement fusion in China [2] - The "China Circulation No. 3," a new generation artificial sun, set a new operational record by achieving a plasma current of one million amperes and an ion temperature of one billion degrees, advancing China's fusion research into the burning plasma experimental phase [2] Group 2: Innovation Ecosystem in Chengdu - Chengdu has established 96 national-level innovation platforms, including the National Precision Medicine Industry Innovation Center and the National Supercomputing Center, along with six major national and provincial scientific infrastructures [3] - The Tianfu Laboratory has initiated its operational phase, having built approximately 456,600 square meters of physical space, established 43 research platforms, attracted 1,360 talents, and undertaken 113 national and provincial research projects [5] - The city is committed to enhancing its original innovation capabilities and optimizing the innovation ecosystem to become a significant source of technological innovation and industrial application in China [5]

Group 1 - The Wande Fusion Concept Index rose by 4.97% on January 12, with several stocks reaching their daily limit, and the index has accumulated a nearly 20% increase in just six trading days this year [1] - Recent news indicates that controlled nuclear fusion devices are entering the engineering phase, attracting attention from superconducting material companies, commercial fusion companies, and national research teams [1][2] - Controlled nuclear fusion is considered the "ultimate energy" due to its abundant raw materials, environmental cleanliness, high safety, and low cost, with global investment in this field accelerating since 2025 [2] Group 2 - Energy Singularity announced the successful excitation of its self-developed high-temperature superconducting magnet to 20.8 Tesla, demonstrating its capability for stable operation [2][3] - The Lawson Criterion is identified as a key indicator for energy gain in fusion energy research, emphasizing the importance of magnetic field strength for plasma confinement [2] - Energy Singularity has developed a measurement platform capable of testing superconducting materials in environments exceeding 20 Tesla, addressing the limitations of existing commercial measurement systems [3] Group 3 - The first fully high-temperature superconducting Tokamak fusion experimental device, Honghuang 70, achieved 120 seconds of steady-state long-pulse plasma operation, validating its engineering reliability [4] - The Chinese Academy of Sciences' EAST device confirmed the existence of a density-free zone, providing important physical evidence for high-density operation in magnetic confinement fusion devices [4] - Both national teams and commercial companies are making significant advancements in Tokamak technology and superconducting magnets [4] Group 4 - Several stocks are being categorized as "dual concept stocks" in both commercial aerospace and controlled nuclear fusion, potentially boosting the nuclear fusion sector [5][6] - Companies like Western Superconducting and AVIC Optoelectronics are involved in both nuclear fusion and commercial aerospace, indicating a cross-industry synergy [6] - Experts agree that global fusion energy research has entered a new engineering phase, with upstream raw material suppliers and midstream equipment manufacturers poised to benefit [6] Group 5 - The FRC (Field-Reversed Configuration) route is gaining popularity among commercial fusion companies due to its significant advantages [7] - Nova Fusion announced a 500 million yuan angel round financing, with notable investors supporting its development of a small modular reactor using the FRC technology [7] - Han Hai Fusion is also pursuing the FRC route, with plans to achieve revenue breakthroughs in nuclear medicine and neutron imaging by 2025 [7] Group 6 - The FRC route's emergence in China is influenced by advancements from US company Helion Energy, which is constructing the world's first fusion power plant, aiming to deliver fusion electricity by 2028 [8]