来源：环球 英国《经济学人》 2 月 24 日文章，原题：如何在现代中国变得富有 在中国，一群人正在成长。他们就是 在巨大经济变革中"勇立潮头"的"弄潮儿"。如今，这股浪潮正涌向人工智能、机器人等技术领域，这些 技术主导着中国未来的科技领先规划。这些"弄潮儿"聪明、年轻，不炫耀财富，更青睐国产电动汽车而 非保时捷。 "弄潮儿"乐于强调官方对他们的助力。35岁的易浩祥（音）所在的公司位于杭州，主营智能眼镜及脑机 接口设备。当地官员为其研发、办公室租用及参加海外会议提供支持。32岁的弗雷德·朱（音）表 示："政府支持是最稳定的力量。"他的公司出售人工智能软件，用于实时追踪道路状况与环境数据。 去年12月，中国宣布国家创业投资引导基金正式启动，在国家层面由财政出资1000亿元。不可否认，这 种深度参与所取得的部分成果确实令人瞩目：如今，中国科技公司在电动汽车、可再生能源、电信以及 人工智能等诸多领域已具备全球竞争力。（辛斌译） 浙江大学毕业生、一家制造3D打印机的企业创始人李景元表示，中国经济的机遇曾遍布各个领域。如 今，这些机遇主要流向那些能够掌握先进技术的人。在中国科技公司激烈的人才争夺战中，高薪日益集 中于最 ...

瞧过去，干哩不瓤—— 安阳人常说"干哩不瓤"，这直白的方言，道尽了安阳人"要么不干，要干就干到最好"的实干劲头，是对成绩 最实在的褒奖，更是对实干最生动的诠释。 过去一年的安阳，走得扎实、干得"不瓤"，经济运行稳中向好、趋新向优，全年生产总值增长5.5%，规上工 业增加值增长7.3%。 习近平总书记指出，一个民族需要有民族精神，一个城市同样需要有城市精神。 城市精神是一座城市的灵魂，是城市文化内涵的集中体现，彰显着独有的气质与别样的魅力。城市精神，涌 动在街巷阡陌的烟火肌理间，流淌在朝夕相伴的日常岁月里，更蕴含在带着古音古韵的乡音中。 春日启新程，2月6日，安阳两会如约而至。过去一年的实干答卷，未来一年的发展愿景，皆浓缩于万字的 《政府工作报告》中。这是向全市人民交出的发展答卷，更是对安阳百姓许下的庄严承诺。今时，我们以安 阳人最熟悉的乡音，用"安阳话"解读这份民生承诺，解码这座城市的精神内核与品格底色。 这份成绩，藏在科创的突破里：研发经费投入强度1.86%，技术合同成交额105.27亿元、增长85.5%；蓝天实 验室研发15款警用无人机装备，科创"双中心"促成52项技术合作，83名"科技副总"扎根企业，中 ...

Group 1 - The core viewpoint is that the domestic brain-computer interface (BCI) industry in China has surpassed 650 companies, with a significant shift towards the medical and health sector due to increasing demand from patients with neurological diseases [1][2] - The number of newly registered BCI companies in China increased by approximately 50% year-on-year in 2025, indicating a growing interest and investment in this field [1] - Major players like OpenAI's Sam Altman and Elon Musk's Neuralink are driving the global interest in BCIs, with Neuralink announcing plans for device mass production within the year [1] Group 2 - The transition from consumer applications to medical health is driven by the rising number of patients suffering from conditions like stroke and Parkinson's disease, which traditional medical methods struggle to address [2] - There are significant challenges in making BCI technology widely accessible, including the high cost of invasive devices exceeding 500,000 yuan and the economic burden of non-invasive products on some families [2] - A call for a multi-faceted payment system involving medical insurance, commercial insurance, and personal payments has been made to alleviate financial pressures on patients [2]

Core Viewpoint - The announcement by Elon Musk regarding Neuralink's plan for large-scale production of brain-machine interface devices in 2026 has reignited interest in the brain-machine interface market, leading to a surge in related stocks in the A-share market. Company Developments - As of early 2026, no brain-machine interface companies are publicly listed in the A-share market, prompting several leading domestic players to eye capital market entry [1] - Strong Brain Technology has reportedly submitted a confidential IPO application in Hong Kong, positioning itself as a leader in non-invasive brain-machine interface technology [1] - On February 4, 2026, BoRuiKang Technology (Shanghai) Co., Ltd. completed the filing for guidance registration with the Shanghai Securities Regulatory Bureau, aiming for an initial public offering [1] Company Background - BoRuiKang specializes in the research, development, production, and sales of brain-machine interface systems and aims to provide comprehensive solutions for neuroscience research and clinical applications [2] - The company has completed 32 cases of spinal cord injury patients' implants and follow-ups by the end of 2025 and is advancing its registration for Class III medical devices [3] - Founded in November 2011, BoRuiKang's core team includes experts from Tsinghua University's Neuroengineering Laboratory and clinical neuroscience [3] Financing History - BoRuiKang has undergone multiple rounds of financing since its inception, with notable investors including Sequoia China and Baidu Ventures [4] - The company completed its first financing round in December 2015, raising 12 million yuan, followed by subsequent rounds in 2018 and 2019, raising 30 million yuan and 60 million yuan respectively [4] - The latest financing round occurred in March 2025, although the amount raised was not disclosed [5] Industry Outlook - The brain-machine interface sector is recognized as a key development area in China's future industrial strategy, with significant policy support and funding initiatives from cities like Shanghai and Shenzhen [6] - The industry is at a critical juncture, transitioning from technological breakthroughs to commercialization, supported by favorable policies and the anticipated mass production of Neuralink devices [6]

Core Viewpoint - The article discusses the integration of brain-machine interfaces (BMIs) and embodied intelligence in rehabilitation, highlighting the potential for these technologies to enhance patient recovery and redefine the roles of healthcare professionals and robots in medical settings [6][7][10]. Group 1: Brain-Machine Interface and Embodied Intelligence - The concept of combining BMIs with embodied intelligence is presented as a groundbreaking approach to rehabilitation, allowing robots to assist patients based on their brain signals [6][7]. - The integration of BMIs can potentially enable patients to control robotic devices through thought, enhancing the effectiveness of rehabilitation training [23][25]. - The article emphasizes that the future of rehabilitation may involve not only robots assisting doctors but also patients becoming "cyborgs" [8][10]. Group 2: Technological Advancements - Recent advancements in BMI technology, including lighter and more modular hardware, have made it feasible for large-scale deployment in clinical settings [31][36]. - The development of large models has improved the processing of complex brain signals, allowing for more accurate intention recognition [32][34]. - The article notes that the combination of these technological advancements has laid the groundwork for BMIs to actively participate in rehabilitation [35][36]. Group 3: Clinical Applications and Future Directions - Fourier's introduction of the "smart rehabilitation port" in 2020 has been a significant step in integrating advanced technologies into rehabilitation practices [11][12]. - The article outlines a strategic initiative to create a large-scale BMI data set to enhance the training of large models for better intention recognition [40][41]. - The potential for robots to serve as experimental platforms for understanding brain functions is highlighted, suggesting that they could facilitate research that is difficult to conduct directly on human subjects [64][65]. Group 4: Expert Insights and Discussions - Experts in the roundtable discussion emphasize the importance of leveraging intelligent devices to enhance the capabilities of healthcare professionals, rather than replacing them [49][56]. - The conversation also touches on the need for a comprehensive understanding of brain functions to improve the design of intelligent systems that can effectively interact with humans [51][62]. - The integration of BMIs, embodied intelligence, and AI is seen as a pathway to achieving significant advancements in both medical applications and broader societal impacts [60][63].

Core Insights - The National Medical Products Administration of China has approved two industry standards for medical devices utilizing brain-computer interface (BCI) technology, indicating a push for high-quality development in this sector [1] - Analysts believe that the BCI field is entering a critical window for expansion from research validation to clinical and consumer applications, driven by recent innovative policies in medical devices [1] Industry Overview - Neuralink, founded by Elon Musk, is a leading player in the global BCI field, planning to scale up production of BCI devices and explore automated surgical solutions [3] - The global BCI market is projected to reach approximately $2.6 billion in 2024, with an annual growth rate of 11.5%, and is expected to expand to $3.3 billion by 2026 [3] - McKinsey forecasts that the BCI market in the medical sector could reach around $40 billion by 2030 and further grow to about $145 billion by 2040, with central nervous system disease treatment as a primary application area [3] Domestic Development - China's top-level policy design is providing crucial support for the development of BCI technology, with a goal to achieve breakthroughs in key technologies and establish a standard system by 2027 [4] - The number of companies in China's BCI sector has exceeded 200, with a projected industry scale of tens of billions of RMB by 2026 and an estimated 10-14 billion RMB by 2030 [4] - Rumors suggest that Qiangnao Technology is preparing for an IPO in Hong Kong, potentially becoming the first company among the "Hangzhou Six Little Dragons" to enter the capital market [4] Company Activities - In the A-share market, there are currently 50 listed companies in the BCI sector [5] - Botao Biological has invested in Haoshi Tianhui Technology, focusing on non-invasive BCI and mental health applications, aiming to accelerate clinical transformation and industrialization of innovative technologies [5] - Tianqi Co., Ltd. is entering the core BCI sector by investing in Suzhou Huahui Chip, focusing on high-density flexible neural electrode technology, which is crucial for domestic BCI hardware localization [6] - Innovation Medical is positioning itself in the BCI industry through its subsidiary Boling Brain Machine, which has commercialized BCI rehabilitation products [6]

Core Insights - Elon Musk's technology landscape encompasses six key disruptive technology sectors: AI, robotics, autonomous driving, commercial space, brain-machine interfaces, and new energy, representing significant investment opportunities for the next decade [2][3] - The report scores Musk's thematic investment concept at 95 out of 100, indicating strong potential across various dimensions, with an excess return of 127.44% compared to the Wind All A index from early 2025 to January 23, 2026 [8][14] Group 1: Musk's Investment Sector Layout - Musk has systematically positioned his companies, including Tesla, xAI, SpaceX, and Neuralink, across six critical technology areas that are interconnected and complementary, aiming to elevate human civilization [3][14] - The year 2026 is identified as a pivotal point for the commercialization of Musk's technology landscape, with several core projects expected to transition from development to market realization [3][14] Group 2: Investment Opportunities by Sector 1. **Robotics**: The anticipated success of the Optimus robot will drive demand across the entire robotics supply chain, presenting significant investment opportunities in upstream core components and midstream assembly [4][19] 2. **AI**: Musk's dual approach of self-developed computing power and software aims to establish a comprehensive AI ecosystem, with investment opportunities expected to focus on computing infrastructure and software applications by 2026 [25][26] 3. **Commercial Space**: The deployment of Starlink satellites and the operationalization of the Starship are set to revolutionize low Earth orbit communications, creating investment opportunities in upstream components, midstream launch services, and downstream applications [34][36] 4. **Brain-Machine Interfaces**: Neuralink's advancements in brain-machine interface technology are expected to lead to significant investment opportunities in upstream electrodes and chips, as well as midstream system integration and clinical services [43][48] 5. **Autonomous Driving**: The launch of Tesla's Robotaxi service in 2026 will validate the commercial model for autonomous driving, with investment opportunities in core computing power, algorithms, and manufacturers capable of L3+ production [56][59] 6. **New Energy**: Tesla's energy business is projected to experience explosive growth, particularly in energy storage systems, with investment opportunities in system integration, core component supply, and virtual power plant operations [62][66] Group 3: Thematic Evaluation and Stock Pool - The thematic evaluation of Musk's concept is based on eight dimensions, scoring particularly high in market capacity, policy effectiveness, and future growth potential, while the valuation level received a lower score [79][81] - A stock pool has been constructed based on six sectors: robotics, commercial space, AI, brain-machine interfaces, autonomous driving, and new energy, serving as a reference for investors [82]

Industry Overview - The 2026 Brain-Computer Interface (BCI) Developer Conference will be held on February 3-4, 2026, in Tianjin, focusing on "technology open-source, ecological co-construction, and industrial landing" to promote the commercialization of BCI technology from laboratories to clinical and consumer applications [1] - The BCI industry is accelerating its transition from laboratory research to clinical and consumer applications, with policies supporting its development, including its inclusion in the "14th Five-Year Plan" and the establishment of independent billing items by the National Medical Insurance Administration by 2025 [1] - The global market for medical applications in the BCI sector is projected to reach $40 billion by 2030 and grow to $145 billion by 2040, according to McKinsey [1] Company Developments - Xiangyu Medical has made significant progress in BCI, establishing a comprehensive product matrix and five brain science laboratories, with two EEG machines expected to receive registration certificates by June 2025 [1] - Meihua Medical's cochlear implant business is a key application of BCI and represents one of the most successful technologies in clinical applications, with the company collaborating closely with downstream BCI clients to facilitate efficient commercialization from laboratory development to mass production [2]

Group 1: Core Technology Trends - The global technology wave is reshaping the economic landscape, with a shift from "what can be done" to "what should be done" in 2026, integrating social responsibility into technological development [2] - Artificial intelligence (AI) is the main driver of technological innovation, moving towards large-scale implementation and industrialization [2][3] - AI will transition from conceptual demonstrations to a phase of value realization, focusing on the integration of technology, industry, and governance [3] Group 2: Robotics and AI - Humanoid robots are entering a phase of large-scale trials, driven by breakthroughs in physical AI that allow robots to understand and interact with physical laws [4][5] - The development of humanoid robots will significantly change human-machine coexistence, requiring global collaboration and unified technical standards [5] Group 3: Commercial Space - The commercial space industry in China is poised for significant growth, transitioning from capability building to value creation, with a focus on reusable rockets and satellite networks [6][7] - 2026 is expected to be a pivotal year for the commercialization of space services, driven by advancements in satellite communication technology [7] Group 4: Future Transportation - Super high-speed rail, utilizing low vacuum tube technology, aims to achieve speeds over 1000 km/h, overcoming weather-related disruptions [8][9] - China is at the forefront of this technology, with significant engineering breakthroughs and ongoing trials [10] Group 5: Quantum Technology - Quantum technology is becoming a focal point for global research, with quantum error correction recognized as a key area for future advancements [11][12] - China is positioned in the leading tier of quantum communication and computing, with significant contributions expected from regions like Sichuan [12] Group 6: 6G Technology - The development of 6G technology is underway, promising speeds 10-100 times faster than 5G and enabling comprehensive coverage across air, land, and sea [13][14] - Sichuan is actively working on key technologies to accelerate the industrialization of 6G [15] Group 7: Controlled Nuclear Fusion - Research in controlled nuclear fusion is advancing towards engineering practice, with multiple countries exploring various technological routes [16][17] - China's strategic development in nuclear fusion is gaining momentum, supported by recent legislative frameworks [17] Group 8: Deep Space Exploration - Deep space exploration aims to expand human understanding of the universe, with significant global advancements in observational technology [18][19] - Sichuan is emerging as a key research hub for astronomy and deep space exploration, contributing to national strategic initiatives [19] Group 9: Brain-Computer Interfaces - Brain-computer interfaces are evolving to enhance human-machine interaction, with applications in healthcare and consumer technology [20][21] - Sichuan has developed a complete industry chain for brain-computer interfaces, with a market size of 1 billion yuan, entering a new phase of clinical application [22] Group 10: Biomedicine - The biomedicine sector is a critical area for innovation, integrating biotechnology with pharmaceuticals to drive high-quality development [23][24] - Sichuan is actively cultivating its biomedicine industry, focusing on various key and emerging sectors to enhance its competitive edge [24]

Group 1: Brain-Computer Interface Industry - The A-share brain-computer interface sector experienced a significant increase, closing up over 2% on January 23 [1] - Neuralink, founded by Elon Musk, plans to achieve large-scale production of brain-computer interface devices by 2026, with a highly automated surgical process [3] - Strong Brain Technology, one of the "Six Little Dragons" in Hangzhou, has submitted a confidential IPO application and recently completed approximately 2 billion yuan in financing, marking the second-largest financing event in the brain-computer interface field globally, after Neuralink [4] Group 2: Market Potential and Applications - The brain-computer interface technology has vast application prospects in various fields, including healthcare, consumer electronics, and military aerospace [5] - The technology is expected to transition from experimental stages to pilot applications, with significant industry value anticipated during the "14th Five-Year Plan" period [4] - The integration of brain-computer interfaces into high-end manufacturing and strategic industries is seen as a foundational technology supporting new industrialization [5] Group 3: Neuroplasticity and Cognitive Health - Joyce Shaffer, a respected expert in neuroplasticity and brain health, emphasizes that neuroplasticity is a lifelong ability, allowing for cognitive rejuvenation regardless of age [9][10] - The book "How to Unlock the Reverse-Aging Brain" provides a systematic approach to reducing brain degeneration across the lifespan, highlighting the importance of active intervention in neural networks [11] - The LANDS model introduced in the book integrates five scientifically validated areas—Love, Aerobics, Neurobics, Diet, and Sleep—into a comprehensive lifestyle system for brain health [11]