长沙晚报掌上长沙10月9日讯（全媒体记者 唐朝昭 通讯员 陈翼 实习生 彭靓婧）湘江之畔，青春梦想与 硬核制造将碰撞出怎样的火花？10月12日至14日，2025年度中国青年科技创新"揭榜挂帅"擂台赛高端装 备领域主擂台赛将在长沙举行。来自全国121所高校的303支顶尖团队、近千名科创青年聚首，逐梦"智 造之城"。 作为大赛"高端装备领域"的主擂台城市，长沙不仅培育了工程机械产业集群等国家级先进制造业集群， 涌现出中联重科、山河智能、蓝思科技等一批知名企业，更是全球第二个拥有5家世界工程机械50强的 城市，其中3家坐落在赛事举办地长沙县。长沙县也是名副其实的"中西部第一县"和湖南县域经济"领头 羊"，3家世界级"灯塔工厂"在此点亮。 在"工程机械之都"的硬核实力之外，长沙还有"双肩包创业"的温暖生态。近年来，长沙奋力推进年轻人 友好的城市建设，持续打造引才聚才的"长沙磁场"，为来长就业创业青年提供全方位政策支持，让怀揣 梦想的青年实现从"实验室"到"大市场"的跨越。 "硬家底"搭台，"软生态"引才 自2021年起，共青团中央在"挑战杯"竞赛中特别设置"揭榜挂帅"专项赛，由企业、科研机构发榜出题， 组织青年揭榜答 ...

本报记者 李 蕊 没有血肉的新材料，竟然也会"害羞"？ 今年4月，国际橡塑展在广东深圳举行。道恩集团展位内，一束光打在新研发的弹性体材料上，其表面 泛起红晕，宛若人类害羞时的脸颊。 "我们正在研发的这款弹性新材料，将来可以模拟人的皮肤，让仿生机器人有更多'表情'。"道恩集团旗 下的山东道恩高分子材料股份有限公司(以下简称"道恩股份")弹性体研发部经理刘蕾介绍。 这家活跃于国际新材料前沿的科技企业，多年前还只是山东烟台龙口市一家不起眼的民营企业。 1991年，道恩集团董事长于晓宁带着5名员工，凑出20万元，在龙口市开始创业；2002年，企业走到转 型路口，来自时任北京化工大学材料科学与工程学院教授张立群的消息，让于晓宁眼前一亮——高性能 热塑性弹性体(TPV)材料在实验室取得突破。 此后，企业又向新的"卡脖子"技术——氢化丁腈橡胶发起冲击。这种综合性能极优的橡胶是国产大飞机 等特殊装备的刚需材料，其生产技术长期被国外垄断。经过9年持续攻关，2019年，道恩生产出第一块 氢化丁腈橡胶，我国成为继日本、德国之后第三个完全拥有该材料制备技术自主知识产权的国家。 如今的道恩集团，已跃升为龙口市高端化工产业链链主企业、山 ...

评委代表李建军。 他提到，自己做了将近20年的投资，发现科技领域的投资确实需要耐心，要有长期发展的眼光，"希望 投资机构能更多关注科技成果转化原始创新阶段"。"而粤港澳大湾区创业大赛提供了完整的服务，让科 技成果产业能规模化发展、百花齐放。" "粤港澳大湾区创业大赛办得非常出色，希望这个比赛成为科创标杆赛事。"李建军说道。 南都讯 湾创未来，粤聚英才。9月27日，粤港澳大湾区创业大赛闭幕式在广东省佛山市举行。人工智能 与机器人、集成电路与低空经济、医药健康与生物制造、食品科技与现代农业、现代服务与文化创意五 大赛道，分别产生特等奖2名、金奖4名、银奖6名、铜奖8名，奖金分别为25万元、10万元、8万元和5万 元。 粤港澳大湾区创业大赛闭幕式在广东省佛山市举行。 湾区之夜，星光璀璨。闭幕式上，赛事回顾视频勾勒出大赛一路走来的精彩瞬间。 "看到越来越多科技项目涌现出来，我非常高兴。"在项目点评环节，评委代表李建军表示，能进入决赛 的项目都非常优秀。绝大部分项目都专注于关键领域的攻克与突破，聚焦于"卡脖子"技术的解决。 活动现场气氛热烈，来自粤、港、澳及省外的优秀项目代表登台路演。他们通过生动的演示与清晰的讲 解， ...

Core Viewpoint - The article discusses the significance of aramid paper, a high-performance material that has been historically monopolized by Western countries, particularly the United States, and highlights China's advancements in developing its own aramid paper technology, breaking the technological barriers imposed by foreign entities [3][17][28]. Group 1: Aramid Paper Overview - Aramid paper is a high polymer composite material, recognized as one of the three major high-performance fiber materials globally, known as "polyaramid fiber paper" [4]. - The production of aramid paper involves creating aramid fibers, primarily two types: para-aramid (PPTA) and meta-aramid (PMTA), which differ in structure and application [6]. - Aramid paper is characterized by its exceptional strength, being five to six times stronger than steel, and its lightweight nature, making it a valuable material in various applications [9]. Group 2: Historical Context and Development - The United States developed aramid paper during the Cold War for military applications, with DuPont's Nomex and Kevlar becoming prominent materials for insulation and protective gear [9][11]. - China faced significant challenges due to U.S. restrictions on aramid paper technology, which limited its development in multiple sectors, including aerospace and military [18][20]. - Since the 1970s, China has invested in aramid fiber technology, but progress was slow due to a lack of skilled personnel and core technology [22][24]. Group 3: Breakthroughs in China - Professor Zhang Meiyun and her team made significant contributions to the development of aramid paper in China, leading to the introduction of domestically produced aramid paper in 2007 [24][28]. - Professor Hu Jian's team at South China University of Technology achieved advancements in the next generation of aramid paper technology, resulting in products that surpass earlier versions from DuPont [26][28]. - China has now become the fifth country capable of independently researching and producing aramid paper, with applications in various high-profile projects like the Tiangong II space station and the C919 aircraft [28][29]. Group 4: Market Position and Future Prospects - Chinese companies have rapidly gained market share in the global aramid paper industry, with four out of the top five manufacturers being Chinese, collectively holding about 13% of the global market [29]. - The domestic production of aramid materials has led to a significant presence in the global market, particularly in sectors like ballistic protection, where Chinese products dominate [31]. - The advancements in aramid paper technology are expected to drive growth in other high-tech industries, indicating a promising future for the material in various applications [31].

Core Viewpoint - The article discusses the significance of the "Guiding Opinions on Financial Support for New-Type Industrialization," which aims to inject financial resources into China's new industrialization efforts, focusing on 18 targeted support measures [1]. Group 1: Positive Impacts of the Opinions - The Opinions provide financial "lifeblood" to promote new industrialization by increasing the supply of financial resources, especially medium- and long-term funding [13]. - It emphasizes the need for a comprehensive financial product and service system, including support for technology transfer and encouraging intellectual property pledge financing [13]. - The Opinions serve as an action guide for financial support to the manufacturing sector and are crucial for enhancing China's production capabilities [13][14]. Group 2: Structural Changes in New-Type Industrialization - New-type industrialization is expected to undergo three structural transformations: technology-driven breakthroughs, deep restructuring of traditional industries, and regional resource reallocation [17]. - The financial structure for manufacturing will become more rational, with a focus on advanced manufacturing and improved collaboration within the industrial chain [17][18]. - The Opinions aim to establish a mature financial system by 2027 that supports high-end, intelligent, and green development in manufacturing [17][18]. Group 3: Role of Capital Markets - Capital markets are identified as key platforms for supporting new industrialization by providing long-term, low-cost funding for technology-intensive manufacturing enterprises [21]. - The article highlights the importance of a multi-tiered capital market system to meet the long-term funding needs from research and development to industrialization [21][22]. - Capital markets can help improve corporate governance and transparency, which is essential for aligning with international standards [21][22]. Group 4: Investment End Reform and Long-Term Assessment - The Opinions stress the need for investment end reform and long-term assessment mechanisms to shift focus from short-term profits to strategic direction and technological breakthroughs [25][27]. - Challenges in emerging industries include long technology conversion cycles and insufficient early-stage capital supply, which the reform aims to address [26][28]. - Long-term assessment mechanisms will enhance the willingness of long-term capital to invest in cutting-edge fields, facilitating the transition from laboratory results to industrial applications [25][27]. Group 5: Preventing "Involution" in Competition - The Opinions emphasize the need to prevent "involution" in competition by guiding financial resources towards innovative and high-tech enterprises [33][34]. - Financial institutions are encouraged to implement differentiated credit policies and optimize supply through industry self-regulation [33][34]. - The "anti-involution" approach aims to shift competition from price-based to technology-based, enhancing overall industry quality and reducing systemic risks [33][35]. Group 6: Investment Opportunities in Emerging Industries - The article identifies key investment opportunities in sectors such as innovative pharmaceuticals, AI applications, and industrial internet, driven by policy support and market demand [41][42]. - Focus areas include high-end manufacturing, smart equipment, and digital infrastructure, which are expected to benefit from financial support and technological breakthroughs [41][42][43]. - The emphasis on green finance tools will aid enterprises in their transition towards sustainability, enhancing resource utilization [18][41].

Group 1 - The Central Political Bureau of the Communist Party of China emphasizes the need for sustained macroeconomic policies, including proactive fiscal policies and moderately loose monetary policies to enhance policy effectiveness [1] - The meeting highlights the importance of accelerating government bond issuance and improving fund utilization efficiency, while maintaining ample liquidity in monetary policy to lower overall financing costs [1] - The focus for the second half of the year includes addressing key areas such as "bottleneck" technologies and promoting domestic demand growth under the "dual circulation" strategy [2][4] Group 2 - The meeting introduces the concept of "effective, orderly, and powerful" clearing of local financing platforms, with a timeline set for completion by June 2027 [2] - The number of local financing platforms has significantly decreased from over 15,000 to around 3,000, indicating a clear progress in the clearing process [2] - Future efforts will focus on increasing the speed and intensity of clearing, while ensuring that the process is orderly and does not lead to a resurgence of past issues [3] Group 3 - The economic growth in the first half of the year is attributed to several factors, including active fiscal policies, effective management of local government debt, and a series of industrial policies that have spurred productivity [4] - The narrowing gap in the urban-rural structure and between different regions is also noted, with significant investment opportunities in rural infrastructure and healthcare [4] - Financial support is needed in three key areas: market-oriented interest rates, loan securitization, and asset securitization, particularly in the real estate sector [5]

Core Points - Shanghai has released measures to support enterprises in enhancing basic research and promoting high-quality development, focusing on financial subsidies, funding matching, and tax incentives [1][2] - The measures aim to strengthen the role of enterprises in technological innovation and increase their investment in basic research [1][2] Financial Support - Enterprises investing over 100 million yuan annually in basic research will receive a one-time financial subsidy of 10 million yuan; those investing between 50 million and 100 million yuan will receive 5 million yuan; and those investing between 10 million and 50 million yuan will receive 2 million yuan [2] - Support for the establishment or donation to basic research public welfare funds is also included, with a matching support of 50% of the fund's investment for projects supported in Shanghai [2] National and Local Initiatives - The Shanghai State-owned Assets Supervision and Administration Commission has established the Shanghai Qiyuan National Assets Innovation Fund, the first public welfare fund for basic research initiated by national assets [3] - The fund focuses on supporting basic and applied research with disruptive potential, particularly in strategic areas like chips and quantum technology [3][4] "Explorer Program" - The Shanghai Municipal Science and Technology Commission has launched the "Explorer Program" to attract more leading technology enterprises to participate in basic research [5][6] - The program aims to convert engineering challenges faced by industries into basic scientific problems, facilitating collaboration between enterprises and research institutions [6][7] - The program has expanded from 2 to 22 cooperating enterprises, covering various fields such as integrated circuits and biomedicine [6] Collaboration and Innovation - The "Explorer Program" encourages enterprises to focus on key research issues and guide local research teams in targeted basic research, promoting a collaborative approach [7] - The measures also empower enterprises with greater decision-making authority in basic research and support the sharing of scientific instruments and facilities [7]

Core Viewpoint - The establishment of the Qiyuan Public Welfare Foundation aims to support high-risk, high-value fundamental research and concept verification, particularly focusing on youth innovation in Shanghai [1][2]. Group 1: Foundation Overview - The Qiyuan Public Welfare Foundation is the first public welfare foundation for basic research initiated by national state-owned assets, with contributions from 16 state-owned enterprises in Shanghai [2]. - The foundation's mission is to "gather state-owned capital strength, stimulate innovation vitality, and promote the creation of an original technology source" [2]. Group 2: Focus Areas - The foundation will concentrate on four key areas: 1. Tackling critical issues aligned with national strategic needs and Shanghai's leading industries, supporting innovative projects with disruptive potential [2]. 2. Exploring frontier disciplines such as quantum technology and brain science, focusing on high-risk, controversial projects [2]. 3. Connecting various resources to facilitate the transformation from laboratory research to industrial application [2]. 4. Supporting young talents with innovative potential through early-stage funding [2]. Group 3: Future Initiatives - The foundation plans to transform corporate innovation challenges into funding lists and convert public investment into industrial value through collaborative efforts [3]. - During the unveiling ceremony, 20 basic research needs from Shanghai's state-owned enterprises were publicly announced, and cooperation agreements were signed with various academic and research institutions [3]. Group 4: Research Topics - The foundation has identified a list of research topics, including: 1. Mechanisms of stem cell-like T cells in tumors and inflammation [5]. 2. AI-based drug molecule design technology [5]. 3. Research on catalysts for sustainable aviation fuel production from carbon dioxide [5]. 4. Development of RNA cytosine base editing systems [5]. 5. Research on high-strength, non-magnetic new alloy materials for extreme environments [5].

Core Insights - The capital market has shown strong confidence in the medical industry in the first half of 2025, with significant financing and stock price surges for various companies [1] - Notable companies have successfully attracted large investments, indicating a trend towards innovative medical technologies and solutions [22] Financing Highlights - 瑞桥鼎科 raised over 1 billion RMB in Series A funding, focusing on chronic disease treatment through advanced medical technology and rapid product iteration [2] - 联影智能 also secured 1 billion RMB in Series A funding, specializing in medical AI with over 100 product certifications, enhancing diagnostic capabilities [4] - 核心医疗 raised 100 million USD in Series D funding, recognized for its artificial heart solutions and comprehensive treatment offerings [8] - 帕母医疗 obtained 100 million USD in Series C funding, targeting therapies for pulmonary hypertension and heart failure [10] - 心航路医学 raised 600 million RMB in Series B funding, developing advanced cardiac electrophysiology systems for safer surgeries [12] - 康诺思腾 secured 500 million RMB in Series C funding, focusing on surgical robots with self-developed technology [14] - 图湃医疗 raised 500 million RMB in Series E funding, aiming to reduce costs for high-end ophthalmic equipment [16] - 汕头超声 raised 430 million RMB through its IPO, transitioning from industrial to medical ultrasound applications [18] - 微创医疗 raised 458 million HKD, utilizing capital from divesting subsidiaries to support its medical robotics business [20] Investment Trends - The investment landscape is increasingly favoring companies that can overcome critical technological barriers, such as artificial hearts and surgical robots, or those that address cost issues in healthcare through low-cost devices and AI assistance [22]

Core Viewpoint - The establishment of the Integrated Circuit College at Wuhan University aims to address national strategic needs and tackle "bottleneck" technology challenges in the semiconductor industry [2]. Group 1: Establishment of Integrated Circuit College - Wuhan University officially inaugurated its Integrated Circuit College, with Academician Liu Sheng appointed as the dean [2]. - The college is designed to provide high-quality technological and talent support for the integrated circuit field, aligning with the university's goal of becoming a world-class institution in 5-10 years [2]. - The establishment is seen as a strong response to the country's strategic demands and the need to overcome critical technology challenges [2]. Group 2: Strategic Collaboration - Longsys Storage signed a strategic cooperation agreement with Wuhan University to explore new models of "industry-education integration" and cultivate talent with both theoretical knowledge and engineering skills [2]. - The focus areas for technological breakthroughs include EDA tools, high-end chip design, advanced packaging, and third-generation semiconductor devices [2].