李敏勇资料图 南方都市报（nddaily）报道 讣告称，李敏勇教授1976年9月出生于江西南昌，曾任山东大学药学院教授、副院长，现任海南大学药 学院教授、副院长。作为我国药物化学领域的优秀学者，他始终践行科研报国初心，以毕生精力深耕可 视化与光控调节导向的创新药物研究。 李敏勇教授治学笃实严谨，学术成果卓著，突破多项重大疾病靶点蛋白可视化成像关键核心技术，为我 国生物医药创新事业的发展作出了重大贡献。他在药学学科建设、人才培养及国际交流与合作等方面倾 注了大量心血，工作成效凸显，其言传身教、甘为人梯的师者风范，深受师生爱戴。 讣告称，李敏勇教授的骤然离世，不仅是海南大学药学院、山东大学药学院的重大损失，更是我国教育 界和药学界的重大损失。我们谨以最沉痛的心情，对李敏勇教授致以最沉痛的悼念！遵照李敏勇教授家 属意愿，丧事一切从简。 昨天（11月18日），海南大学药学院、山东大学药学院发布讣告称，中国致公党党员、著名药物化学 家、国家级重大人才项目获得者李敏勇教授，于2025年11月16日在广州突发疾病，经全力抢救无效不幸 逝世，享年49岁。 ...

11月17日，极氪科技（ZK.N）发布2025年三季度报，公司销量、营收、毛利三大核心指标均实现增 长，研发协同成效显著，与吉利汽车的合并退市事宜也在顺利推进。 具体来看，销量方面，第三季度，极氪科技总交付量达14.02万辆，同比增长12.5%，环比增长7.1%。其 中极氪品牌交付5.29万辆，领克品牌交付8.73万辆，新能源车型占比72.4%。 | Key Financial Results for the Third Quarter of 2025 | | | | | | | --- | --- | --- | --- | --- | --- | | in RMB millions, except for percentages) | | | | | | | | 2025 Q3 | 2025 ()2 | 2024 Q3 | % Change | | | | | | | 248 | 000 | | Vehicle sales | 26,527 | 22,916 | 24,724 | 75% | 15.8 | | -Zeekr | 11,993 | 10,925 | 14,401 | (16.7)% | 98 ...

Group 1 - Transsion Holdings, known as the "King of African Mobile Phones," plans to seek a secondary listing in Hong Kong to enhance its competitiveness and international brand image while diversifying its financing channels [2] - For the first three quarters of 2025, Transsion reported a revenue of 49.543 billion yuan, a slight decrease of 3.33% year-on-year, while net profit dropped significantly by 44.97% to 2.148 billion yuan [3] - In Q3 2025, despite a revenue increase of 22.60% to 20.466 billion yuan, net profit fell by 11.06% to 0.935 billion yuan, indicating a situation of "increased revenue but decreased profit" [3] Group 2 - The competitive landscape for Transsion is intensifying as other smartphone brands like Xiaomi, Honor, Samsung, and OPPO accelerate their expansion into the African market [4] - Transsion's financial report indicates that other regions, such as Asia, are gradually becoming the main revenue sources, replacing the African market [5] - Despite a significant decline in net profit, Transsion increased its R&D investment by 17.26% to 2.139 billion yuan in the first three quarters of 2025 [5] - The company's operating cash flow showed a remarkable increase of 164.66% to 3.285 billion yuan, attributed to a significant reduction in raw material procurement payments [5] - Transsion's move to list in Hong Kong aligns with the trend of A-share consumer electronics companies seeking listings abroad, following others like Lens Technology and Luxshare Precision [5] - As of November 13, 2023, Transsion's A-share price was 64.99 yuan per share, with a total market capitalization of 74.82 billion yuan [5]

Group 1 - The core product showcased at the event is a lightweight exoskeleton device weighing less than 2 kilograms, designed to assist individuals with mobility challenges in activities such as climbing stairs and hiking [2] - Over 5,000 new products and achievements were released, with more than 90% of the physical exhibits featuring "high, precision, and cutting-edge" technologies and products, and over 20% being debut displays [2] Group 2 - The event attracted over 450,000 professional visitors [3] - A total of 1,023 supply-demand matching and investment financing projects were signed, with the intended transaction and financing amount exceeding 170 billion yuan [3]

Core Insights - The recent Hongmeng Conference in Longgang District focused on building the Hongmeng ecosystem, with the establishment of the "Open Source Hongmeng/RISC-V" Industry Alliance and the launch of an innovation competition [1][2] Group 1: Event Overview - The Shenzhen Industrial Software Park welcomed its first batch of 50 enterprises, marking a significant step in the development of the Hongmeng ecosystem [1] - The "Open Source Hongmeng/RISC-V Innovation Application Competition" was initiated with a prize pool of 800,000 yuan, aimed at stimulating ecological vitality [2] Group 2: Industry Development - Longgang is committed to creating a "Hongmeng Zone," focusing on the industrialization of Hongmeng and the integration of industries [1][2] - The district has gathered 110 enterprises related to the Hongmeng ecosystem, emphasizing a collaborative industrial ecology [2] Group 3: Infrastructure and Support - Longgang has planned two major industrial clusters, focusing on operating system technology and smart manufacturing, with the establishment of 11 "Hongmeng Parks" and 5 "Hongmeng Buildings" [3] - The Shenzhen Industrial Software Park spans 56,000 square meters, with a goal to attract over 100 enterprises by 2027, generating an annual revenue of no less than 2.5 billion yuan [3] Group 4: Future Investments - Longgang plans to invest over 10 billion yuan in the next three years for the procurement of Hongmeng-related products and technologies [4] - The district aims to serve as a testing ground and incubator for the open-source Hongmeng ecosystem, providing opportunities for trial and error [4]

Core Insights - The 27th China International High-Tech Achievements Fair concluded in Shenzhen, attracting over 450,000 professional visitors, a 13% year-on-year increase, and resulting in over 1,023 on-site contracts with an intended transaction and investment amount exceeding 170 billion yuan [1][3]. Group 1: Event Overview - The fair featured over 5,000 new products and achievements, with more than 200 major events held during the three days [1]. - The event showcased 22 thematic exhibition areas, including major equipment, artificial intelligence, semiconductors, and commercial aerospace, with over 90% of physical exhibits being high-tech products [2]. Group 2: Participation and Engagement - Over 2,000 leading domestic companies and research institutions participated, including BYD, Tencent, Huawei, and others, presenting cutting-edge technologies and innovations [2]. - The event attracted over 1,036 international procurement teams and more than 3,000 investment institutions, including major firms like JPMorgan, Goldman Sachs, and Sequoia Capital, facilitating significant business interactions [3].

Core Insights - The global first AI robot actor "潮会演" was showcased at the High-Tech Fair, demonstrating impressive interactive capabilities and natural dialogue, indicating a potential breakthrough in AI technology [3][5] - The Chief Product Officer of Shenzhen Duoyide Information Technology, Gao Chengfu, discussed the transformative impact of AI on work, education, and human destiny, emphasizing the need for a shift in how AI is perceived and utilized [3][6] Product Overview - "潮会演" consists of two AI robot actors, "潮小美" and "潮小帅," designed to perform various roles and engage users creatively, aiming to enhance children's imagination and creativity [5][6] - The product's value proposition is rooted in the belief that every child should have their imagination heard and seen by the world [5] AI Capabilities and Cost Efficiency - AI models can output knowledge at a significantly lower cost, with the current cost of generating 21.6 million tokens being approximately 0.65 yuan, projected to decrease further in the coming years [6] - Leading AI models have surpassed human performance in various tests, indicating that achieving superintelligence (ASI) is merely a matter of time [6] Human-AI Collaboration - Many organizations misinterpret AI as just a tool, which limits its potential; instead, AI should be viewed as a highly intelligent entity that requires a collaborative approach [7][8] - Establishing a cooperative mechanism with AI, treating it as a teammate, can enhance productivity and redefine workflows [7][8] Practical Applications and Economic Impact - In practice, AI has been integrated into customer service, handling approximately 75% of the workload, leading to a 50% increase in conversion rates due to faster and more empathetic responses [9] - The cost of producing content using AI, such as a two-minute story film, was reduced to around 100 yuan compared to traditional methods costing over a million yuan, highlighting the economic disruption AI brings to traditional industries [9][10]

Core Insights - The article highlights the innovative power supply system implemented by Shenzhen Power Supply Bureau during the 15th National Games, showcasing the integration of advanced technologies such as quantum encryption and digital twin systems to ensure reliable electricity supply [5][6][7]. Group 1: Power Supply System - Shenzhen Power Supply Bureau has developed the first "All Electric Hong + Quantum Communication" smart power supply system in China, which consolidates power supply data for various venues of the National Games [5][6]. - The deployment of the Electric Hong system across 2,000 monitoring terminals allows for real-time data transmission and effective communication among different equipment types [6]. - The system collaborates with inspection drones and robotic dogs to monitor high-voltage lines and underground cables, ensuring comprehensive oversight of power supply facilities [6][7]. Group 2: Quantum Encryption - The power supply system features a unique "quantum encryption dedicated network," enhancing communication security between the command center and frontline power supply teams [7]. - This quantum encryption technology ensures that any attempt to breach the data will trigger a failure in the quantum key, thus protecting sensitive information [7]. Group 3: Green Energy Initiatives - During the event, all venues in the Shenzhen area will utilize 100% green electricity, significantly reducing carbon emissions by approximately 50,000 tons, equivalent to planting 2.7 million trees [8]. - The Southern Power Grid has procured 70,000 green certificates to support the green electricity usage for the National Games, with the majority sourced from solar energy in Yunnan and Guangxi [8]. Group 4: Technological Enhancements - The event features the deployment of "GeneoX Intelligent Patrol Robots," which are capable of performing complex tasks through a combination of sensors and equipment, enhancing security and operational efficiency [10][12]. - These robotic dogs exhibit superior mobility and endurance compared to traditional vehicles, allowing them to navigate various terrains effectively [12].

Core Viewpoint - DJI's investment in a 3D printing company is perceived as a strategic move against its former employee's company, TuoZhu Technology, indicating a competitive shift in the 3D printing industry [1][2]. Group 1: Company Dynamics - TuoZhu Technology, founded in 2020, has rapidly become a leader in the global consumer 3D printing market within five years [2]. - The core team of TuoZhu Technology consists of former DJI employees, highlighting a strong connection between the two companies [2]. - DJI's investment in Shenzhen-based Intelligent派科技 (Intelligent派) is seen as a direct challenge to TuoZhu Technology, which has been on DJI's non-compete list since its inception [2][3]. Group 2: Industry Competition - The competition among DJI, Insta360, and TuoZhu Technology reflects a broader trend in Shenzhen's hardware industry, transitioning from a single dominant player to a multi-competitive landscape [5]. - The rivalry between DJI and Insta360 has intensified, particularly in the action camera and panoramic camera sectors, with both companies launching new products to capture market share [4][5]. - The future competition will likely focus on supply chain efficiency, global channel capabilities, brand building, and organizational management, rather than just product specifications and pricing [5].

Core Viewpoint - The ongoing global investment in AI has sparked debates about whether it represents a revolutionary advancement or a speculative bubble, with experts suggesting that the current AI investment wave is unlikely to cool down regardless of its classification [1][3]. Group 1: Perspectives on AI Investment - Michael Spence views the current AI investment trend as a "rational bubble," arguing that the costs of under-investment outweigh those of over-investment [1]. - Wu Buxi, CEO of Hangzhou Darwen Intelligent Co., believes that while AI does exhibit bubbles, particularly in areas like embodied intelligence and video generation, the potential for AI to surpass previous industrial revolutions remains strong [3]. - Ma Jing from Ant Group emphasizes the disconnect between technological capabilities and real demand, highlighting that many AI products have yet to achieve practical application [5]. Group 2: Technological and Market Dynamics - The rapid advancement in computing power, from Deep Blue in 1998 to the current requirements for GPT-level training, indicates that humanity is at a pivotal moment in AI development [4]. - The uneven distribution of AI bubbles across different sectors suggests that while some areas are overhyped, others, like large models, are closer to commercial viability [3][5]. - The expectation of achieving AGI within a decade is seen as unrealistic, contributing to the perception of a bubble in AI investments [6]. Group 3: Strategies for Addressing AI Bubbles - Wu Buxi advocates for a "survival of the fittest" approach, where startups must adapt to real-world demands to avoid ineffective investments [8]. - Ma Jing suggests that improving asset utilization and clarifying business models can help the industry return to rationality, particularly in smart manufacturing and foundational layers [5]. - The importance of open-source initiatives is highlighted as a means to mitigate bubbles by fostering equal competition and reducing information asymmetry [9].