Core Insights - The year has seen a significant rise in the performance of actively managed equity funds, with the active equity fund index up 32.44% in the first ten months, outperforming the CSI 300 index by 17.94% [1] - Despite the overall positive performance of active equity funds, mixed, actively managed stock, and commodity funds experienced net outflows, with only a few high-performing products achieving net inflows [1] - The funds managed by Chen Yunzong, namely Guangfa Small and Medium Cap Select and Guangfa Growth Start, saw substantial growth in subscription shares and total assets, indicating strong investor interest [1] Fund Performance - Guangfa Growth Start achieved a year-to-date return of 72.92% and ranked in the top 2.4% among 1,876 similar funds, while its one-year return reached 88.81% [2] - The fund's success is attributed to a balanced industry allocation and a focus on growth, with significant returns from sectors like technology, innovative pharmaceuticals, and non-ferrous metals [2] - Chen Yunzong's strategy includes sector rotation within growth themes and identifying alpha opportunities within different industries [2] Market Outlook - The market continues to exhibit a bullish trend into the fourth quarter, although volatility has increased [3] - Chen Yunzong categorizes growth sectors into traditional growth (e.g., new energy, semiconductors, military industry) and emerging growth, focusing on industries in early stages of industrialization [3] - Key areas of interest for future investment include embodied intelligence, AI, solid-state batteries, controllable nuclear fusion, quantum computing, and commercial aerospace, which are expected to present long-term investment opportunities [3]

● 本报记者 魏昭宇 近日，安东聚变宣布完成近亿元首轮融资，由联想之星、啟赋资本、盘古创富、道翼资本、水木清华校 友基金投资。这笔资金将用于前沿人才梯队组建、聚变驱动器系统研发、实验系统与测试平台建设等方 面。据悉，安东聚变成立于2022年11月，致力于加快推动Z箍缩能源技术方案，开发可控核聚变驱动技 术装备及系统，为后期设计、建设及商业化发电提供支持。 "以往我们提到可控核聚变、人造太阳，感觉更像是一个美好的愿景。而如今，投资人们正在用真金白 银证明这一行业愈加清晰的前景。"一位私募机构的投资经理感慨说。 有机构入局首轮融资，亦有机构伴随着企业走到了IPO阶段。作为美国MIT-CFS、英国TE等多家全球可 控核聚变龙头企业的高温超导材料供应商，上海超导今年的IPO进程备受市场关注，其背后的投资方出 现了多家知名一级机构的身影。企查查显示，知名国资机构上海创业投资有限公司持股比例达7.92%， 成为上海超导第三大股东；私募股权投资机构蔚来资本旗下的合肥蔚瀚速坤创业投资合伙企业（有限合 伙）持股比例达5.29%，位列上海超导第四大股东。 值得一提的是，蔚来资本对可控核聚变领域的关注可追溯到更远的时间。2022年 ...

● 本报记者 魏昭宇 "感觉今年可控核聚变真的火了。"一位来自VC机构的投资经理向中国证券报记者感慨。两三年前，不 少业内人士还认为这是一个听起来非常遥远的概念。如今，来自一级市场的真金白银正在源源不断地投 向可控核聚变赛道。 "以往我们提到可控核聚变、人造太阳，感觉更像是一个美好的愿景。而如今，投资人们正在用真金白 银证明这一行业愈加清晰的前景。"一位私募机构的投资经理感慨说。 有机构入局首轮融资，亦有机构伴随着企业走到了IPO阶段。作为美国MIT-CFS、英国TE等多家全球可 控核聚变龙头企业的高温超导材料供应商，上海超导今年的IPO进程备受市场关注，其背后的投资方出 现了多家知名一级机构的身影。企查查显示，知名国资机构上海创业投资有限公司持股比例达7.92%， 成为上海超导第三大股东；私募股权投资机构蔚来资本旗下的合肥蔚瀚速坤创业投资合伙企业（有限合 伙）持股比例达5.29%，位列上海超导第四大股东。 值得一提的是，蔚来资本对可控核聚变领域的关注可追溯到更远的时间。2022年年初，蔚来资本与米哈 游共同领投了能量奇点的首轮融资（近4亿元），用于研发商业化可控核聚变技术。此外，知名创投机 构中科创星亦在2 ...

Group 1 - The article highlights the importance of major announcements in the stock market, including suspensions, investments, acquisitions, and performance reports, to help investors identify potential investment opportunities and risks [1] - The company involved in controlled nuclear fusion has products applied in superconducting tokamak nuclear fusion experimental devices [1] - Another company provides products and components for domestic and international fusion clients, including ITER, focusing on controlled nuclear fusion, humanoid robots, solid-state batteries, and rare earth permanent magnets [1] Group 2 - A company is investing 100 million to accelerate its humanoid robot business layout, indicating a strategic move towards robotics and energy storage [1] - The article emphasizes the significance of timely information on stock announcements to prevent unforeseen events and to allow investors to make informed decisions [1]

Core Viewpoint - The commercialization of nuclear fusion, often referred to as the "50-year paradox," is showing signs of potential acceleration due to recent breakthroughs in China's controlled nuclear fusion projects, particularly the BSET project in Hefei, which is expected to be completed by 2027 [2][3]. Group 1: Nuclear Fusion Commercialization - The "50-year paradox" suggests that nuclear fusion is always 50 years away from commercialization, but recent developments indicate a shift in this timeline [1][2]. - The BSET project in Hefei has achieved a key breakthrough with the successful delivery of the internal Dewar base, which may expedite the commercialization process [2]. Group 2: Energy Demand and AI - The increasing energy demands of the AI industry highlight the importance of nuclear fusion as a potential solution, with global data center energy consumption projected to reach 810 TWh by 2026, equivalent to the annual output of eight Three Gorges dams [3][4]. - Controlled nuclear fusion, also known as "artificial sun," is viewed as an ideal energy source capable of providing nearly limitless energy [4]. Group 3: Industry Chain and Key Players - The nuclear fusion industry chain consists of upstream materials like metal and high-temperature superconducting tapes, midstream equipment such as filters and superconducting magnets, and downstream applications in power and healthcare [4]. - Xibu Superconductor is a key player in the upstream segment, being the sole domestic supplier of low-temperature superconductors for the ITER project, which is the largest global collaboration in nuclear fusion research [7][9]. Group 4: Financial Performance of Xibu Superconductor - Xibu Superconductor has seen significant growth in its superconducting product revenue, increasing from 195 million to 1.304 billion from 2020 to 2024, with a 65.75% year-on-year growth in the first half of 2025 [11][12]. - The company’s high-end titanium alloy segment, which accounts for nearly 60% of its revenue in the first half of 2025, is crucial for its profitability, especially in the aerospace sector [14][19]. Group 5: Operational Challenges - Despite strong market positioning, Xibu Superconductor faces challenges with increasing inventory and accounts receivable, which reached 4.311 billion by the third quarter of 2025, representing 54.3% of total assets [20][24]. - The company’s accounts receivable and inventory levels pose risks for cash flow and operational efficiency, necessitating careful management [22][26]. Group 6: Future Outlook - Xibu Superconductor is well-positioned in the nuclear fusion and aerospace sectors, leveraging its dual strengths in superconducting products and high-end titanium alloys to drive future growth [25].

Core Insights - Controlled nuclear fusion, known as "artificial sun," is regarded as the "ultimate energy" source, but achieving it on Earth presents significant challenges due to the need for extreme temperatures and pressures [1][3] - Recent technological breakthroughs suggest that the timeline for achieving practical controlled nuclear fusion may be shorter than previously anticipated, moving away from the notion of "waiting another 50 years" [1] Industry Overview - According to the International Atomic Energy Agency (IAEA), there are currently 174 fusion devices globally, with the United States, Japan, Russia, and China leading in the number of installations [3] - China is positioned in the first tier of countries in the fusion field, benefiting from long-term national strategic support, a complete industrial system, and strong engineering capabilities [3] Technological Developments - The majority of global fusion devices are Tokamaks, accounting for 79 out of 174, followed by stellarators/spiral devices and laser/inertial fusion devices [3] - The path to commercializing fusion energy emphasizes the importance of speed, with innovations aimed at making Tokamaks smaller and simpler to reduce construction costs [5][8] Investment Landscape - Significant capital is flowing into the controlled nuclear fusion industry, driven by the potential of fusion energy and the integration of technologies such as AI and high-temperature superconductors [8] - The traditional large-scale Tokamak approach may lead to construction costs exceeding 100 billion yuan, which poses a challenge for startups, prompting them to seek innovative technological routes [8]

Group 1 - The A-share market demonstrated strong resilience despite declines in US and Japanese stock markets, with a notable "V" rebound and the ChiNext index rising over 1% [1] - The People's Bank of China announced a 700 billion yuan reverse repurchase operation to maintain liquidity in the banking system, indicating a commitment to easing monetary policy [1] - The AI industry is facing a power shortage rather than a surplus of computing power, leading to increased demand for power-related equipment [2][4] Group 2 - Companies in the power equipment sector, such as SanNeng Electric and Zhongzhi Technology, saw significant stock price increases, with some stocks hitting the daily limit [2] - High investment in global digital infrastructure and energy systems driven by AI is projected to reach $5 trillion over the next decade, benefiting power equipment manufacturers [2] - The transformer market is experiencing tight supply, with prices for key components rising by 20% and delivery times extending from 3-6 months to 9-12 months [4] Group 3 - The market is currently in a policy and earnings vacuum, but external uncertainties are diminishing, and the market remains relatively active [6] - Despite a decrease in trading volume, the overall market turnover is around 1.87 trillion yuan, indicating ongoing buying interest and sector rotation [7] - Future market trends are expected to continue with strong sector performance and rotation among stocks, particularly in undervalued sectors like metals, coal, and renewable energy [8][9]

11月5日，万得核聚变概念指数延续昨日涨势继续走强。自年初以来，该指数涨幅已超65%。中国证券 报记者梳理发现，二级市场上，可控核聚变板块已成为不少基金经理看好的重要方向，截至11月4日， 部分重仓可控核聚变板块的基金近半年以来涨幅超46%。 可控核聚变相关话题在一级市场同样火热。"感觉今年可控核聚变真的火了。"一位VC机构的投资经理 对记者表示，两三年前，不少业内人士认为这是一个"听起来非常遥远的概念"。但如今，来自一级市场 的"真金白银"正源源不断地投向可控核聚变赛道。 "真金白银"入局可控核聚变 近日，安东聚变宣布完成近亿元首轮融资，由联想之星、啟赋资本、盘古创富、道翼资本、水木清华校 友基金投资。这笔资金将用于前沿人才梯队组建、聚变驱动器系统研发、实验系统与测试平台建设等方 面。 "以往我们提到可控核聚变、人造太阳，感觉更像是一种美好愿景。而如今，投资人正在用真金白银证 明这一行业愈加清晰的布局前景。"一位私募机构的投资经理向记者表示。 有机构入局首轮融资，亦有机构已伴随企业走到了IPO阶段。 作为美国MIT-CFS、英国TE等多家全球可控核聚变龙头企业的高温超导材料供应商，上海超导今年的 IPO进程 ...

Core Insights - The controlled nuclear fusion sector is gaining significant traction, with the fusion concept index rising over 65% since the beginning of the year, and some funds heavily invested in this area seeing gains of over 46% in the past six months [1][2][5] Investment Trends - Recent investments in the controlled nuclear fusion space include nearly 100 million yuan in first-round financing for Antong Fusion, aimed at talent development and system research [2] - Shanghai Superconductor, a key supplier for global fusion leaders, is attracting attention as it approaches IPO, backed by notable institutional investors [3] - Investment firms like Zhongke Chuangxing have also invested in several startups in the controlled nuclear fusion sector [4] Market Performance - The fusion concept stocks are favored by various funds, with significant gains reported; for instance, the Yongying Manufacturing Upgrade Mixed Fund has focused on this sector, with its top holdings reflecting this strategy [5][6] - Fund managers are increasingly optimistic about the potential of controlled nuclear fusion, with expectations of substantial investments in upcoming experimental projects [8] Commercialization Progress - The successful ignition of controlled nuclear fusion at the Lawrence Livermore National Laboratory marks a significant milestone, indicating that commercialization may no longer be a distant dream [7] - Projections suggest that by 2025, major breakthroughs in fusion projects could lead to annual investments of 150 to 200 billion yuan, with potential increases to 300 to 500 billion yuan as projects progress [8]

Core Insights - China is constructing the compact fusion energy experimental device (BEST), expected to be completed by 2027, aiming to be the first device to achieve fusion power generation in human history [1] - The global shift towards carbon neutrality and energy security has elevated controllable nuclear fusion from basic scientific research to a key area of strategic competition among major powers [1][4] - The upcoming "14th Five-Year Plan" (2026-2030) marks a critical phase for China's nuclear fusion development, transitioning from principle verification to engineering technology [1] Industry Overview - The global fusion energy sector has moved from a long phase of basic research to a critical stage of "scientific validation-engineering testing-commercial cultivation" [4] - Major economies, including the U.S. and the EU, are increasing their strategic investments in fusion energy, with the U.S. setting a demonstration reactor operation goal for the 2030s and the EU investing €12 billion in preliminary research [4] - The transition from scientific collaboration to industrial competition is evident, with a focus on overcoming technical challenges in core components essential for the commercialization of controllable nuclear fusion [4] Company Insights - Chinese companies, such as Anhui Jinyi Energy Development Co., are emerging as key players in the fusion energy sector, leveraging advanced technology to gain a competitive edge [5] - Jinyi Energy has achieved microsecond-level control precision, positioning itself strategically in the global fusion power market [5] - The company has developed a modular power supply for the BEST device, reducing fault protection time to under 3 microseconds, which is 30% faster than international counterparts [9][12] Technological Advancements - The precision and stability of power supply systems are critical for maintaining the stability of plasma in fusion devices, with Jinyi Energy's systems achieving a response error of less than 5 microseconds [8] - The company's power supply systems have been designed to meet stringent requirements, achieving a ripple coefficient below 0.1% and an energy conversion efficiency of 95% [12][14] - These advancements not only enhance experimental safety but also improve operational efficiency, making Jinyi Energy's products highly competitive in international tenders [12] Market Potential - The global controllable nuclear fusion market is projected to reach $351.11 billion by 2025 and exceed $479.5 billion by 2029, with a compound annual growth rate of 8.1% [13] - The competitive landscape is characterized by a "tripartite" structure among China, the U.S., and the EU, with core component manufacturers playing a crucial role in reshaping the global energy landscape [13] - The ITER project serves as a benchmark for technological capabilities, with companies like Jinyi Energy entering its supply chain, indicating intense competition in the core component sector [13][14]