关注投资家，⭐，您会收到最新推送 作者 | 投资哥 百达信生物完成Pre-A轮融资，专注于创新疫苗佐剂研发与生产 近日，专注于创新疫苗佐剂开发与产业化的生物技术公司——重庆百达信生物技术有限公司近日宣布， 已成功完成超过3000万元人民币的Pre-A轮融资。本轮融资由领航新界资本领投。本轮所募资金将主要 用于加速公司化学合成QS-21等佐剂原料的GMP生产基地建设，推动在全球范围内的商业化进程，并进 一步拓展公司在新型佐剂领域的研发管线。（动脉网） 迈锐迪完成数千万元天使轮融资，赋能核药产业转化 近日，聚焦肿瘤与神经领域的创新企业迈锐迪宣布完成数千万元天使轮融资。本轮融资由省科创投院士 基金、西部成果转化中心、咸阳财金、国生创新、迈锐可联合投资。资金将用于精准可控高负载核药项 目开发及放射性药物中试平台建设。迈锐迪由四川大学微流控技术团队与华西医院核医学科专家联合发 起，致力于推动微流控技术在核医药领域的应用与产业化。（DoNews） 来源 | 投资家网 融资 修实生物完成近亿元A轮融资，深耕多肽生物合成领域 近日，修实生物医药（南通）有限公司宣布已完成近亿元A轮融资。本轮融资由老股东华泰紫金领投， 老股东拾 ...

完整早报音频，请点击标题下方小耳机收听 【苹果 CEO 库克被曝或于明年卸任】 综合多家外媒报道，美国苹果公司首席执行官蒂姆·库克有可能 最早于明年卸任，苹果公司目前正在加紧物色继任者，现任公司硬件工程高级副总裁特努斯，被普遍视 为最有可能的继任者。截至目前，苹果公司尚未对此事作出回应。现年 65 岁的库克自 2011 年起担任 苹果公司 CEO ，至今已有 14 年时间。特努斯现年 50 岁，这与库克当年出任 CEO 时年龄相仿。特 努斯于 2001 年加入苹果产品设计团队，目前负责领导苹果全部硬件工程团队。有分析指出，特努斯的 技术背景和擅长领域与苹果公司当前试图从侧重发展生态链向偏重硬件技术转型的需求相契合。（央视 财经） 【雷军连续发文回应质疑】 11 月 16 日，雷军就其 2024 年 4 月的采访言论连发微博澄清。原采访 中，雷军提到"一辆车好看是第一位的"，被指为"小米汽车重颜值轻安全"，质疑其忽视安全标准。 10 时 52 分，雷军发布微博称"这是小米 SU7 发布之前我发的微博，我谈对安全的理解和 SU7 的研发标 准。" 11 时 25 分，雷军转发上一条内容，并补充"这些内容是 202 ...

Group 1: Technological Innovations - A remote "micron-level surgery" was successfully performed simultaneously in Guangzhou and Urumqi using a domestically developed 5G ophthalmic surgical robot, marking a significant advancement in remote high-precision ophthalmic surgery in China [1] - The Guangdong-Hong Kong-Macao Greater Bay Area has established itself as an international technology innovation center, with significant achievements in integrating technological and industrial innovation [1][2] - The "Shenzhen-Hong Kong-Guangzhou" innovation cluster has surpassed the "Tokyo-Yokohama" cluster, ranking first globally in innovation capabilities [2] Group 2: Industrial Strength - Guangdong is the largest industrial province in China, accounting for approximately 1/8 of the national industrial scale, with 15 industries ranked first in the country [3] - The province has nine trillion-yuan industrial clusters, with 40% of its GDP derived from 20 strategic industrial clusters [3] - The first mass production line for flying cars has been established in Guangzhou, marking a global first in the mass production of flying vehicles [3] Group 3: Efficient Transformation Mechanisms - Guangdong's innovation ecosystem is supported by an efficient results transformation mechanism, exemplified by the collaboration between local companies and universities to enhance product testing accuracy [4] - Approximately 90% of research institutions, researchers, and funding for R&D in Guangdong come from enterprises, creating a solid foundation for technological industrialization [5] Group 4: Space and Aerospace Development - The successful launch of the "Guangzhou-made" rocket demonstrates Guangdong's capabilities in the commercial aerospace sector, with plans to reach a scale of 300 billion yuan in related industries by 2026 [6][7] - The establishment of a base in Nansha for rocket assembly and testing aims to enhance production efficiency and attract upstream and downstream enterprises [7] Group 5: Research and Development - A new discovery by researchers in Guangdong regarding the bio-mineralization of rare earth elements in natural plants provides a sustainable path for the utilization of these critical resources [8] - The collaborative environment in Guangzhou allows for rapid prototyping and product development, enhancing the competitiveness of local manufacturing [9] Group 6: Cross-Border Innovation - The Hengqin Guangdong-Macao Deep Cooperation Zone achieved a GDP of 26.313 billion yuan in the first half of the year, showcasing the vitality of the "Macao R&D + Hengqin Transformation" model [10] - The integration of research and transformation in the Greater Bay Area is driving continuous innovation and development [10]

Core Viewpoint - Xiaopeng Motors positions itself as a "physical AI world explorer for global embodied intelligence," focusing on the integration of AI technologies in its automotive and robotics products [4][5]. Group 1: Key Applications Released - Xiaopeng Motors unveiled four significant applications at the 2025 Technology Day: the second-generation VLA, Robotaxi, the new generation of IRON, and two flight systems, all with clear mass production plans [4][5]. - The second-generation VLA (Vision-Language-Action) system integrates visual perception and language understanding, enhancing the efficiency and responsiveness of autonomous driving [6][9]. - The Robotaxi will launch three models in 2026, utilizing a pure vision approach without relying on LiDAR or high-definition maps, achieving a computing power of 3,000 TOPS [12][13]. - The new generation of IRON is designed as a highly humanoid robot with 82 degrees of freedom, capable of complex movements and interactions [17][20]. Group 2: Technological Innovations - The second-generation VLA features a cloud-based model with 720 billion parameters, enabling rapid iteration and high processing power for complex tasks [9][10]. - The Robotaxi's dual-redundancy hardware architecture ensures safety, while its external interaction system enhances communication with pedestrians [13][16]. - The IRON robot employs a solid-state battery for improved safety and efficiency, alongside a proactive safety mechanism to protect users [21][23]. Group 3: Future Development Plans - Xiaopeng aims to achieve mass production of the IRON robot by the end of 2026, focusing on commercial applications in various sectors [23]. - The flight systems include the A868, designed for medium to long-distance travel, and the "land carrier," which has already received over 7,000 pre-orders [24][25]. - The company plans to collaborate with global partners to build a Robotaxi ecosystem, with Gaode as the first partner [16].

Group 1: Solid-State Battery Development - The full solid-state battery technology is expected to achieve breakthroughs and demonstration applications by around 2030, marking significant progress in the electric vehicle industry [1] - The inherent safety and ultra-high energy density of solid-state batteries have made them a focal point globally, currently undergoing critical phases of scientific breakthroughs and industrial technology challenges [1] - The anticipated introduction of solid-state batteries may stimulate investment enthusiasm in the new energy vehicle market and promote collaboration and innovation in battery manufacturing and material science [1] Group 2: Flying Car Manufacturing - The first electric vertical takeoff and landing flying car factory with a production capacity of "ten thousand units" has entered trial production in Guangzhou, marking a significant step towards large-scale manufacturing in the low-altitude economy sector [2] - The manufacturing process of flying cars has adopted automotive industry practices, such as "parallel flight testing," to shorten the verification cycle [2] - This initiative is expected to attract more investment and resources into related industries, particularly in aviation manufacturing and intelligent transportation [2] Group 3: Huawei's Automotive Trademark Application - Huawei has applied for the "Qi Jie" trademark, expanding its footprint in the automotive sector, indicating the company's growing ambitions in the smart vehicle market [3] - The trademark application covers automotive-related goods and services, which may enhance brand recognition and market competitiveness [3] - Huawei's diversified strategy in the smart vehicle field is likely to positively impact the industry and attract investor interest in innovation potential [3] Group 4: Li Auto's Organizational Restructuring - Li Auto has announced an organizational restructuring, merging the "Organization Department" and "Human Resources" into a new "Human Resources" department, directly reporting to CEO Li Xiang [4] - The restructuring aims to improve decision-making efficiency and team collaboration, reflecting the company's agile strategy in responding to market changes [4] - Li Auto's frequent structural adjustments may enhance investor confidence in its future development [4]

Group 1: Company Developments - Marubi Biotechnology plans to issue H-shares and apply for listing on the Hong Kong Stock Exchange to enhance capital strength and international competitiveness [1] - Zhejiang Shimai Pharmaceutical Co., Ltd. has submitted an IPO application to the Hong Kong Stock Exchange, with Huatai International as the exclusive sponsor [3] - BeiGene reported third-quarter revenue of 10.077 billion yuan, a year-on-year increase of 41.1%, and a net profit of 689 million yuan, marking a turnaround from loss [4] - Tencent Music announced third-quarter total revenue of 8.46 billion yuan, a year-on-year increase of 20.6%, with adjusted net profit rising by 27.7% [5] Group 2: Market Trends - Bilibili reported a 109% year-on-year increase in the number of clients advertising during the Double 11 shopping festival, with GMV for products priced over 1,000 yuan increasing by 63% [2] - The average new customer rate across all industries on Bilibili reached 55%, with certain sectors like watches and beauty exceeding 60% [2] Group 3: Industry Insights - The Bank of Korea's governor indicated that future interest rate changes will depend on upcoming data, maintaining a stance of monetary easing [6][7] - The National Energy Administration of China is exploring the construction of energy storage systems to enhance the integration of renewable energy [7] - The first electric vertical take-off and landing flying car factory in Guangzhou has entered trial production, marking a significant step towards large-scale manufacturing in the low-altitude economy [8]

Core Insights - The first electric vertical takeoff and landing (eVTOL) flying car factory with a production capacity of "ten thousand units" has entered the trial production phase in Guangzhou, marking the first large-scale manufacturing of such products in the domestic low-altitude economy sector [1] Manufacturing Process - The factory utilizes AGV (Automated Guided Vehicle) systems to transport the core components of the flying cars, ensuring consistency in the production line rhythm, which is a practice previously seen in the automotive industry [1] - The manufacturing technology has been improved, and the development process of the flying cars has adopted automotive industry practices, specifically the "multiple aircraft parallel test flight" method to shorten the verification cycle [1] Future Production Plans - Upon completing the necessary validations and airworthiness certifications, the factory plans to gradually transition to mass production, moving from "small batch verification" to "large-scale manufacturing" [1]

Core Insights - The article highlights the advancements in urban air mobility, particularly focusing on the development and deployment of flying cars, specifically electric vertical takeoff and landing (eVTOL) vehicles, in Wuhan, China [1][3][4]. Group 1: Company Developments - Xiaopeng Huitian has signed a record order for 600 flying cars with multiple Middle Eastern countries, marking the largest overseas order for flying cars from China [1]. - Hubei Diyan Technology has been actively testing its flying car, which has a length of approximately 5.6 meters, a payload capacity of 400 kilograms, and can accommodate four passengers [1][3]. - Wuhan Fengfei Aviation is constructing a major assembly base for eVTOLs, with plans to produce 200 units annually by 2027 [3][4]. Group 2: Industry Applications - The flying cars are expected to significantly reduce commuting times, making urban logistics and intercity travel more efficient [3]. - The flying cars can operate without the need for specialized landing sites, making them more flexible compared to traditional helicopters [1][3]. - Various low-altitude flight routes and tourism initiatives are being developed, such as the flight route from Dujiangyan to Qingcheng Mountain, which takes only 8 minutes [4]. Group 3: Policy and Infrastructure - Cities like Shenzhen and Guangzhou are implementing supportive policies for the low-altitude economy, including financial subsidies for flying car development [4]. - Wuhan has established over 220 low-altitude takeoff and landing points and has approved 33 low-altitude flight routes, aiming for a comprehensive low-altitude infrastructure by 2030 [4]. - The low-altitude economy in Wuhan is expected to grow by over 20% year-on-year, with more than 170 representative companies in the sector [4].

Core Insights - Xiaopeng Motors held its seventh Technology Day on November 5, 2023, themed "Emergence," where it announced its upgraded positioning as a "global embodiment intelligence company exploring mobility in the physical AI world" [1] Group 1: Technological Advancements - Xiaopeng has developed a full-stack self-research physical AI system covering chips, operating systems (large models), and smart hardware, providing a technical foundation for its intelligent technologies [3] - The second-generation VLA was introduced, eliminating the "language translation" step and enabling direct generation of action commands from visual signals, allowing for self-evolutionary learning [3] - The upcoming "Xiaolu NGP" feature will enhance intelligent driving performance in complex small roads and mixed environments [5] Group 2: Product Launches and Features - Xiaopeng will invite pioneer users to co-create experiences with the second-generation VLA by the end of December 2025, with a full rollout planned for the Xiaopeng Ultra models in Q1 2026 [6] - The second-generation VLA will be open-sourced for global commercial partners, making the public the first customers [6] - Xiaopeng plans to launch three Robotaxi models in 2026, starting trial operations, with the Robotaxi featuring four Turing AI chips and a computing power of 3000 TOPS [8] Group 3: Robotics and Aviation - The new generation of IRON was unveiled, designed with 82 degrees of freedom and capable of complex humanoid movements, powered by three Turing AI chips with an effective computing power of 2250 TOPS [10] - Xiaopeng Huitian introduced the "A868" flying car, designed for personal low-altitude flight, with a range of 500 kilometers and a maximum speed of 360 kilometers per hour, alongside a land carrier with over 7000 global orders [12]

Core Insights - The Fifteenth National Games showcased a 174-meter AI-generated digital painting, highlighting the integration of technology and art, representing the strength of the Greater Bay Area's innovation capabilities [2][3] - Guangdong has emerged as a "dual champion" in both regional GDP and innovation capacity, emphasizing the importance of industrial and technological synergy [2][6] Innovation Layout - The digital painting was created by Deep Yuan Artificial Intelligence Technology Co., utilizing the MasterAgent system, which generated over 2000 intelligent agents for the project [4][5] - The painting reflects iconic landmarks of the Greater Bay Area, combining traditional oil painting techniques with digital art [3] Industry Development - Guangdong's AI core industry has surpassed 220 billion yuan, accounting for approximately one-third of the national total, with a digital economy that leads the country [8][17] - The region has seen significant advancements in manufacturing, including the world's first mass production line for flying cars and a G8.6 OLED production line, indicating a shift from follower to leader in various industries [6][8] Technological Integration - The integration of technology into industrial development is evident, with Guangdong fostering a robust ecosystem for innovation, including the establishment of multiple verification platforms for new technologies [9][12] - The province is focusing on high-level technological self-reliance and innovation to support high-quality development, with a strategic emphasis on merging technological and industrial advancements [14][15] Future Prospects - Guangdong aims to continue leading in technological innovation and industrial development, with plans to establish 30 to 50 verification platforms to facilitate the transfer and transformation of advanced technologies [15][16] - The region is positioned to become a global center for industrial technology innovation, leveraging its strong industrial base and innovative capabilities [16]