11月21日，香港特区政府投资推广署宣布，内地大乙半导体科技有限公司(大乙半导体)正式扎根香港， 以香港为总部。图为大乙半导体首席科学家黄明欣。 (香港特区政府新闻处供图) 中新网香港11月21日电 香港特区政府投资推广署(简称"投资署")21日宣布，内地大乙半导体科技有限公 司(简称"大乙半导体")正式扎根香港，以香港为总部，旨在高效整合内地制造产能、香港国际资本及海 外前沿技术，形成"研发在香港、中试在粤港澳大湾区、市场在全球"的协同模式。 大乙半导体首席科学家黄明欣表示，大乙半导体作为香港大学青年科创学院的首批进驻项目，已打好科 研根基，将利用香港优越的地理位置开拓欧洲和日本市场，是企业将科研价值转化为商业价值的"转化 高地"。 黄明欣表示，香港作为国际科创枢纽的生态优势，是大乙半导体落地发展的关键支撑。这里既有完善的 知识产权保护体系、对接全球的高端产业链资源，更有"高校—企业—市场"紧密联动的产学研转化机 制，能帮助企业快速完成技术落地与业务规模化，把实验室的前沿成果更高效地带到产业场景中。(完) 投资署助理署长李淑菁欢迎大乙半导体正式落户香港。她表示，大乙半导体以香港为据点，不仅是他们 拓展海外业 ...

智通财经APP获悉，11月21日，香港投资推广署(投资署)宣布，内地大乙半导体科技有限公司(大乙半导 体)正式扎根香港，以香港为总部，旨在高效整合中国内地制造产能、香港国际资本及海外前沿技术， 形成"研发在香港、中试在大湾区、市场在全球"的协同模式。 他说："香港作为国际科创枢纽的生态优势，是我们落地发展的关键支撑。这里既有完善的知识产权保 护体系、对接全球的高端产业链资源，更有高校—企业—市场紧密联动的产学研转化机制，能帮助我们 快速完成技术落地与业务规模化，把实验室的前沿成果更高效地带到产业场景中。" 他续说，受益于大湾区产业深度融合，大乙半导体实现了"香港研发、深圳孵化"的快速发展路径。香港 将是其全球产学研资源枢纽，作为连接香港大学、国际顶尖科研机构及半导体产业链的接口，负责对接 海外先进设备供应商及终端品牌，确保技术与市场需求同频。 黄明欣教授表示，该初创企业在过去一年内，已连续完成种子轮与天使轮融资，最近更同步建成十万级 与万级洁净间，并引进了多台高端精密设备，为后续技术研发与产品量产奠定坚实基础，标志着企业迈 入量产的新阶段，将以更完善的研发环境和产业能力，持续致力于半导体关键技术的突破与其产业 ...

Core Insights - The article highlights the increasing presence of mainland internet giants in Hong Kong, transforming the area into a tech hub and enhancing its innovation landscape [1][3][4]. Group 1: Company Activities - Mainland internet companies like Xiaohongshu, Alibaba, and Meituan are establishing a significant presence in Hong Kong, with Xiaohongshu opening its first overseas office in June 2023 [2][3]. - Alibaba has consolidated multiple core business teams in Hong Kong and recently invested 6.6 billion RMB to acquire a commercial building, indicating a long-term commitment to the market [2][3]. - ByteDance has also rented office space in the area, while other companies like Xiaomi and JD.com are expanding their operations in Hong Kong [3]. Group 2: Market Dynamics - The Hong Kong government has launched a clear innovation and technology development blueprint, focusing on strategic industries such as health tech, AI, and advanced manufacturing [3][4]. - Hong Kong's open capital market and mature legal system attract mainland companies looking to expand internationally, positioning the city as a multi-dimensional resource hub [4][11]. Group 3: Talent Acquisition - There is a noticeable increase in recruitment activities by mainland companies in Hong Kong, with a focus on candidates who are proficient in Mandarin and English [5][8]. - Companies like Xiaohongshu and ByteDance are actively hiring for various positions, reflecting the growing demand for tech talent in the region [5][8]. Group 4: Industry Impact - The influx of mainland tech firms is expected to create numerous job opportunities for local talent, bridging the gap between academia and industry [8][10]. - The establishment of these companies in Hong Kong is seen as a catalyst for the local tech ecosystem, enhancing collaboration between universities and the industry [10][12]. Group 5: Challenges and Opportunities - Despite the growth, challenges remain in attracting and retaining tech talent due to the high cost of living and competitive salaries compared to traditional sectors like finance [12][13]. - The article suggests that addressing these challenges through policy support and industry collaboration is crucial for Hong Kong to realize its potential as a global innovation center [14].

Core Points - The Third National Postdoctoral Innovation and Entrepreneurship Competition will take place on October 26 in Quanzhou, Fujian Province, organized by the Ministry of Human Resources and Social Security and the Fujian Provincial Government [2][3] - Anta Group's Chairman, Ding Shizhong, emphasized the importance of industry-academia-research collaboration in driving the company's growth and enhancing product competitiveness [2] - The competition is the largest and highest-level national event for postdoctoral researchers in China, featuring four categories: innovation, entrepreneurship, overseas (Belt and Road), and challenge [3] Competition Details - This year's competition attracted 8,006 postdoctoral teams (projects) from both domestic and international participants, marking a 29% increase from the previous edition [3] - After preliminary selections and national semifinals, over 1,700 teams (projects) will compete in the finals in Quanzhou [3] - The competition includes seven major tracks: new generation information technology and artificial intelligence, high-end equipment manufacturing and robotics, new energy and energy conservation, new materials and petrochemicals, biomedicine and health, modern agriculture and food, and other industries [3]

Core Viewpoint - The article discusses the optimization of higher education disciplines and professional settings in response to industry demands, emphasizing the importance of talent cultivation for technological innovation and national strategic needs [1]. Group 1: Industry Demand and Educational Response - The new materials industry in China had a total output value exceeding 8 trillion yuan last year, maintaining double-digit growth for 14 consecutive years, leading to a rising demand for specialized talent [2]. - The establishment of new majors, such as electronic information materials, is aimed at addressing the needs of strategic emerging industries like semiconductors and new materials [2]. - The industry is facing challenges with reliance on imported key materials, necessitating the development of original technologies to solve critical issues [3]. Group 2: Interdisciplinary Collaboration - The demand for graduates with cross-disciplinary integration capabilities is increasing, as industries require knowledge spanning from research and development to industrial application [4]. - Collaborative laboratories between universities and companies are being established to tackle cutting-edge topics, allowing students to engage deeply with industry projects during their studies [4]. Group 3: Aging Population and Talent Needs - By the end of 2024, the elderly population in China is projected to reach 310 million, accounting for 22% of the total population, creating significant opportunities in the silver economy [6]. - The aging industry is characterized as a sunrise industry, with a substantial talent gap due to the high turnover and low educational background of existing workers [6]. - New academic programs focusing on aging-related fields are being introduced to meet the growing demand for high-end talent in the aging industry [7]. Group 4: Technological Integration in Traditional Fields - The integration of artificial intelligence and big data into traditional engineering disciplines is transforming the educational landscape, particularly in fields like smart transportation [9]. - New programs in smart transportation are being developed to incorporate advanced technologies, ensuring that graduates are equipped with both traditional knowledge and modern technical skills [9][12]. - The focus on practical experience and research in educational programs is enhancing graduates' employability in various sectors, including internet companies and government transportation management [12].

Core Insights - The article emphasizes the importance of aligning higher education with industry needs, particularly in the context of technological innovation and talent cultivation [1][2][3] Group 1: Industry Demand and Educational Response - The new materials industry in China had a total output value exceeding 8 trillion yuan last year, maintaining double-digit growth for 14 consecutive years, leading to a rising demand for specialized talent [2] - Hunan University has adjusted its academic programs, including the establishment of an electronic information materials major, to meet the needs of strategic emerging industries such as new materials and information technology [2][3] - The industry is facing challenges with reliance on imported key materials, highlighting the urgent need for original technology and talent capable of addressing these "bottleneck" issues [3] Group 2: Interdisciplinary Collaboration - The demand for graduates with cross-disciplinary integration skills is increasing, as industries require knowledge spanning from research and development to industrial application [4] - Hunan University has established a joint laboratory with a materials company to work on cutting-edge topics, allowing students to engage deeply with industry projects during their studies [4] Group 3: Aging Population and New Opportunities - By the end of 2024, the elderly population in China is expected to reach 310 million, accounting for 22% of the total population, creating significant opportunities in the silver economy [5][6] - The aging industry is characterized as a "sunrise industry," with a substantial talent gap due to the high turnover and low educational levels of current workers [6] Group 4: New Academic Programs - Fudan University plans to introduce new academic programs in urgent fields such as silver economy and quantum science and technology by 2025, responding to the growing demand for specialized talent [7] - The university's aging research institute has initiated a doctoral program focused on the silver economy, aiming to align educational offerings with societal needs [7][8] Group 5: Smart Transportation and Technological Integration - The establishment of a smart transportation major at Beihang University reflects the integration of big data and artificial intelligence into traditional transportation studies, updating the curriculum to include modern technological advancements [9][10] - The focus on interdisciplinary research is evident as teams work on projects like "L3+ autonomous driving safety protection technology," which involves simulating real-world scenarios to enhance safety in autonomous vehicles [10][11] Group 6: Employment Trends - The job market is increasingly favoring candidates who possess knowledge in transportation system planning and management, as well as expertise in big data and artificial intelligence [11][12] - Practical experience in research and application of theories is becoming a significant asset for graduates seeking employment in the evolving transportation sector [12]

Core Insights - The establishment of the "AI + Youth Innovation Alliance" aims to integrate artificial intelligence with modern agriculture, focusing on technology empowerment, financial support, and talent cultivation [1] Group 1: Alliance Formation - The alliance was launched on September 26 during the "Youth Entering the Countryside for Common Prosperity" conference, involving 11 universities, research institutions, and enterprises [1] - The initiative seeks to break down "technology silos" and "entrepreneurial barriers" in the agricultural sector [1] Group 2: Role of New Forces - New agricultural innovators, represented by "farm creators," are seen as a bridge between new technologies and the agricultural industry [1] - The focus is on accurately translating production needs to ensure that AI technologies are effectively applied in agriculture [1] Group 3: Educational and Research Collaboration - The alliance emphasizes the need for AI technology to closely align with industry realities, particularly in identifying agricultural production pain points [1] - Collaboration between local agricultural characteristics and university research is expected to enhance innovation and reduce entrepreneurial costs for agricultural innovators [1]

Group 1 - The "Xiangjiang Scholars Program" and "Macau Young Scholars Program" have selected 29 postdoctoral candidates from Guangdong for 2025, with 26 in the Bay Area project and 3 receiving central funding [1][2] - Notable universities such as South China University of Technology, Sun Yat-sen University, Guangdong University of Technology, and Southern Medical University have the highest number of selections [1] - New entries from cities like Foshan, Dongguan, Zhanjiang, and Hengqin have been achieved, with Zhanjiang having 3 selections, marking the first entries from the eastern, western, and northern regions of Guangdong [1] Group 2 - The first year of the project has shown significant results, with a strong willingness for cooperation among the three regions, and a high demand from Hong Kong and Macau universities [2] - A total of 399 postdoctoral project positions were proposed this year, covering well-known universities in Hong Kong and Macau, with Guangdong accounting for over one-third of the national applications at 343 [2] - The selected postdoctoral projects align with key disciplines in Hong Kong and Macau, focusing on advanced manufacturing, medicine, artificial intelligence, and integrated circuits, which together represent over 80% of the projects [2]

Group 1 - The core idea of the news is the launch of ten innovative policy reform pilot projects in Gansu Province aimed at stimulating innovation and creating a better technological innovation ecosystem to support the establishment of a regional technology innovation and transformation base [2][6] - The Gansu Provincial Innovation Policy Reform Pilot Work aims to enhance the effectiveness of technological breakthroughs by organizing collaboration among enterprises, universities, and research institutions [2][4] - The Gansu High-tech Zone has developed a model focusing on collaborative development in the biopharmaceutical industry, targeting areas such as gene and cell therapy, AI+pharmaceuticals, and new vaccine development [2][3] Group 2 - The Gansu Province aims to achieve a total biopharmaceutical output value exceeding 30 billion yuan within a year, with plans to develop 3-5 generic drugs or biological products and 2-3 innovative drugs [3] - A technology investment conference was held, featuring major scientific contributions and technology demands from various sectors, including new energy, new materials, and biomedicine [4] - The Gansu Province has successfully signed contracts for 30 major technology resource introduction projects, demonstrating active engagement in technology investment and collaboration [4] Group 3 - The pilot reform of talent evaluation in Gansu Province focuses on establishing a new evaluation system based on innovation capability, effectiveness, and contribution [5] - The Gansu Provincial Science and Technology Information Research Institute has categorized scientific talents into four types, creating tailored growth paths to promote meritocracy [5] - The pilot program has shown significant results, boosting confidence in further reforms and the expansion of pilot projects across the province [6]

Core Viewpoint - The article highlights the significant advancements in nano 3D printing technology achieved by Professor Chen Shiqi and his team at The Chinese University of Hong Kong, which have dramatically increased speed and reduced costs, making the technology commercially viable [1][4][17]. Group 1: Technological Breakthrough - The new technology developed by Chen's team enhances the speed of nano 3D printing by 1000 times and reduces costs by 95%, overcoming long-standing technical barriers in the field [1][4][17]. - The prototype of the nano ultra-fast 3D printer has a lateral resolution of 30 nanometers and can produce structures with 100 nanometer precision at a cost of approximately 5 to 6 RMB per cubic millimeter [4][17]. Group 2: Commercialization Efforts - In 2022, Chen co-founded SuperNano Technology to commercialize the nano 3D printing technology, which has successfully developed a prototype for mass production [4][5]. - The company has completed seed funding of tens of millions, indicating a transition from technology validation to scaling production [5]. Group 3: Academic and Industrial Collaboration - The article discusses the evolving landscape of academic and industrial collaboration in Hong Kong, with the government introducing initiatives like the "Industry-Academia-Research 1+" plan to support research commercialization [7][20]. - Chen emphasizes the importance of transforming research outcomes into marketable products, noting that many technologies remain underutilized due to funding and talent gaps in the transition from prototype to market [18][21]. Group 4: Future Prospects - Chen believes that Hong Kong's startups can leverage the manufacturing advantages of mainland cities in the Greater Bay Area, creating a complementary relationship between Hong Kong's research capabilities and the manufacturing strengths of these cities [8]. - The article also highlights the need for experienced leadership in startups to navigate the challenges of commercialization and market entry [21][22].