12月20日，中国人民大学深圳论坛在深圳市宝安区九围国际总部会议中心隆重开幕。在"院士对话：科 技革命与新质生产力"环节，来自高校、科研院所、智库机构的多位顶尖专家学者齐聚一堂，围绕空天 信息、柔性电子、人工智能、市场经济体制、现代金融等关键领域，展开深度研讨，为科技赋能新质生 产力、助力中国式现代化建言献策。 中国工程院院士、武汉大学原校长刘经南聚焦"十五五"规划建议中的战略性新兴产业与未来产业发展。 他指出，中央"十五五"规划建议明确支持空天信息、数字经济、人工智能、生物医药等产业发展，为新 质生产力生成按下"加速键"。未来空天信息产业将重点攻关深空、深海、深地、深网领域核心技术，研 发载人航天、探月探火、卫星导航等关键装备，推进海洋资源探测与深海智能无人平台发展。他强调， 空天信息技术构建的体系化、智能化数字底座是新型信息基础设施核心，必须牢牢掌握时空基准控制权 与信息化、智能化发展主导权，力争2035年前建成更泛在、更融合、更智能的综合时空体系，服务国家 战略需求。 国家一级教授、中央党校（国家行政学院）中国式现代化研究中心主任张占斌提出"全面建成高水平社 会主义市场经济体制具有紧迫性"的核心观点。他 ...

（来源：嘉兴日报） 转自：嘉兴日报 ■记者 朱弼瑜 通讯员 吴 赛 螺旋桨的设计通常基于理想工况，但在实际使用中需要面对风沙击打、温压剧变、气流扰动等复杂挑 战，导致其实际服役寿命远低于设计预期。席尚宾研发的这套检测系统仅需在螺旋桨叶片上贴一张轻盈 的"创可贴"，即可实时感知飞行过程中的应变与振动，实现"无感嵌入、全域感知"。该系统让数据贯穿 装备的设计、制造、试验、服役全生命周期，不仅为气动设计验证提供关键数据，更为构建"数字智能 体"、实现"智能运维"奠定坚实基础，真正做到"实时监测、预测性维护"。 这项技术有效破解了重大装备动力系统服役安全性评估的长期难题，标志着装备运维模式的范式跃升。 从航空航天迈向国计民生 人才说：在南湖区，我能够真正实现科研理想——让实验室里的成果实实在在落地生产一线，这让我特 别有成就感。 赋能重大装备"感知力" "从最初对材料力学机理的理论研究，到先进技术工具的创新开发，再到破解具体装备的监测难题，我 的专业成长始终与国家重大需求同频共振。"2021年，席尚宾来到南湖区，进入浙江清华柔性电子技术 研究院（下称"柔电院"）博士后工作站。这里浓厚的科研氛围与完善的成果转化支撑体系 ...

Core Viewpoint - The article emphasizes the importance of transforming "hard technology" projects from laboratory research into marketable products, particularly in the context of the Guangdong-Hong Kong-Macao Greater Bay Area's rapid innovation and technology development [1]. Group 1: Hard Technology Development - "Hard technology" startups are often led by university professors and researchers who possess advanced technology but generally lack market experience and operational capabilities [1][2]. - Ideal venture capital firms should assist these teams in building commercially viable organizations and connecting with industry chains and government resources to create a dual-driven model of "technology + market" [1][8]. Group 2: Government Support and Initiatives - The Hong Kong government has established various initiatives to support the commercialization of research outcomes, including the "Industry-Academia-Research 1+" program, which can provide up to HKD 100 million in funding for university startups [4][5]. - The government has also set up platforms like the Hong Kong Science Park to incubate startups and provide smaller-scale funding for projects [4][5]. Group 3: Research Achievements and Market Impact - Recent research achievements include flexible battery projects aimed at enhancing the flexibility of lithium batteries for wearable technology and robotics, and a composite fluid project that could make batteries lighter and more efficient, potentially increasing vehicle range and device usage time [3][4]. - Successful implementation of these projects could significantly impact various industries reliant on battery technology, leading to reduced electricity costs and battery prices for consumers [3]. Group 4: Talent and Resource Integration - There is a need for diverse talent to facilitate the commercialization of research, including not only researchers but also operational personnel who can navigate market dynamics [6]. - Hong Kong's universities have advantages in attracting research talent, but there is a shortage of operational talent in hard technology, which could be addressed by leveraging the engineering talent pool from mainland China [6]. Group 5: Venture Capital and Startup Support - Venture capital partners should not only provide funding but also support in talent acquisition and industry resource integration to help hard technology startups overcome challenges in commercialization [8]. - The article suggests that Hong Kong's venture capital ecosystem is still developing compared to mainland cities like Shenzhen and Beijing, indicating a need for enhanced collaboration and policy development to better support hard technology projects [8].

Core Insights - Hongxin Electronics reported a total revenue of 5.55 billion yuan for the first three quarters of 2025, representing a year-on-year growth of 24.75% [1] - The net profit attributable to shareholders reached 90.51 million yuan, marking a significant increase of 65.47% year-on-year [1] Group 1: Business Strategy and Development - The company is focused on integrating flexible electronics with green computing power, aiming to create innovative AI hardware and software solutions to empower the intelligent world [1] - Hongxin Electronics has identified a historical opportunity in the market, emphasizing the need for all hardware to be re-evaluated in conjunction with AI [1] Group 2: FPC Business Performance - The FPC (Flexible Printed Circuit) business has reached a critical turning point this year, driven by breakthroughs in AI mobile phones, AIPC, AI glasses, and AI servers [1] - The continuous improvement in factory utilization rates and the recovery of shipment prices have made the FPC business a significant growth driver for the company [1] Group 3: Computing Power Business - The company has established a strategic layout that combines domestic computing power chips with NVIDIA's resources, enabling it to provide multi-scenario computing power services [1] - Hongxin Electronics has formed a complete commercial closed loop in the AI computing power industry, possessing rich key resources and hardware-software capabilities to offer comprehensive services to clients [1] Group 4: AI Strategy and Ecosystem - Since adopting the "ALL IN AI" strategy in 2023, the company has made significant progress in team building, precise industry entry points, and rapid business development [2] - Hongxin Electronics has constructed a full-stack ecosystem comprising "computing power foundation + large models + AI applications," achieving important breakthroughs in technology research and development, market expansion, and core resource reserves [2]

Core Insights - A significant moment for Chinese research was highlighted by the publication of five impactful studies in the field of flexible electronics in the prestigious journal "Science Advances" on the same day, with one study even gracing the cover [1][2] - Flexible electronics, characterized by their "light, thin, flexible, and transparent" properties, are expected to play a crucial role in various key sectors such as aerospace, public safety, national defense, and healthcare, providing essential technological support for new productivity [1] - By 2028, the application scale of Chinese-manufactured flexible electronics in the IoT sector is projected to exceed $300 million, capturing approximately 40% of the overall flexible electronics market in the next 10-15 years, establishing itself as a vital pillar of the national strategic emerging industries [1] Group 1: Tsinghua University Team's Progress - Tsinghua University's team developed a magnetic-driven flexible battery-integrated robot, showcasing a capacity retention rate of 57.3% after 200 cycles, with a deployment area of 44.9% on the robot [5][6] - The integration method maximizes functional area utilization, enabling the soft robot to demonstrate embodied intelligence in underwater environments, including disturbance correction and temperature monitoring [6][8] Group 2: ShanghaiTech University Team's Breakthrough - The ShanghaiTech University team reported a 3D-printed multimodal sensing flexible bio-electronic interface that combines adaptive machine learning algorithms, enhancing interaction pathways from control to tactile feedback in robotic prosthetics [9][10] - The developed technology allows for low-cost, large-scale manufacturing of flexible devices with integrated sensors, achieving over 98% accuracy in recognizing complex gestures with minimal calibration [10] Group 3: University of Science and Technology of China Team's Innovation - The USTC team created high-performance acoustic transducers inspired by cicada rib structures, addressing the limitations of traditional materials in acoustic sensitivity and stability [12][13] - The research revealed that the alternating structure of soft elastic protein and hard chitin layers in cicada ribs is key to their mechanical performance, leading to the development of a new composite film with superior acoustic properties [15] Group 4: Tsinghua University Team's Assembly Method - Tsinghua University's team proposed a stretch-induced assembly method for 3D mesh materials, facilitating the integration of high-performance electronic devices [16][17] - This innovative approach allows for the creation of highly tunable biomimetic mechanical properties, simulating the stretching characteristics of biological tissues, and has applications in flexible electronics and tissue scaffolding [17] Group 5: Xi'an Jiaotong University Team's Technological Advancement - The Xi'an Jiaotong University team developed a skin-adaptive focused ultrasound transducer array for non-invasive, real-time monitoring of cardiovascular parameters, offering new hope for early detection of heart diseases [19][20] - The technology allows for adaptive focusing of ultrasound beams based on skin curvature, significantly improving the accuracy and reliability of blood flow parameter detection [21]

Core Insights - The strategic cooperation agreement between Hongxin Electronics and the Xiamen branch of the National Development Bank aims to enhance the digital economy and new productivity in Xiamen, with a cooperation intention of 10 billion yuan [1][3] - Hongxin Electronics is focusing on AI computing power and has transitioned from a small enterprise to a leading player in the flexible electronics industry and the third-party computing power market in China [1][2] Group 1: Strategic Cooperation - The partnership will concentrate on supporting the high-quality development of the real economy, aligning with national strategies and key sectors [1][3] - Hongxin Electronics plans to establish a high-level research center in Haicang, collaborating with leading chip companies and other top enterprises to create an innovation platform [1][2] Group 2: Financial Performance - In the first half of 2025, Hongxin Electronics reported revenue of approximately 3.494 billion yuan, a year-on-year increase of 15.01%, and a net profit of about 53.99 million yuan, up 9.85% [2] - The company achieved a significant turnaround in its flexible electronics business, with a non-recurring net profit growth of 705.74% [2] Group 3: Industry Development - The establishment of "Cloud Innovation Valley" aims to attract over 10 AI-listed companies, creating a collaborative ecosystem for the AI industry in Xiamen [3] - The partnership with the National Development Bank will provide comprehensive financial support to enhance Hongxin Electronics' capabilities in flexible electronics and computing power [3][4]

Core Viewpoint - Hongxin Electronics is making a significant investment of 12.8 billion yuan to establish a green intelligent digital infrastructure project in collaboration with the government of Qingyang, which is expected to enhance the company's positioning in the green computing power sector [1][2][3]. Investment and Project Details - The project involves a total investment of approximately 12.8 billion yuan, planned to be constructed in phases on about 500 acres of land in Qingyang [2]. - The investment will be executed through Hongxin's subsidiary, Gansu Suihong Green Computing Co., and aims to build high-performance computing centers and a national integrated computing network [2][3]. Business Strategy and Market Position - Hongxin Electronics is focusing on the AI computing power sector as a new growth point, responding to the increasing demand for computing power driven by the rapid development of artificial intelligence [3][4]. - The company has already invested 1 billion yuan to establish a manufacturing base for AI computing servers in Tianshui, Gansu, with an annual production capacity of 100,000 units [3][8]. Financial Performance - The company has faced financial challenges, with a total of 1.221 billion yuan in losses over five consecutive years from 2020 to 2024, despite a revenue increase during the same period [5][7]. - As of the first quarter of 2025, the company reported a net profit of 5.1272 million yuan, a decline of 66.39% year-on-year, and an asset-liability ratio of 78.85% [1][7][8]. Future Outlook - Hongxin Electronics is optimistic about the potential of its AI computing power business, which is expected to contribute positively to its long-term development [1][4]. - The company is also planning to raise up to 600 million yuan through a private placement to improve its liquidity, although financial pressures remain a concern [8].

Core Insights - Tujian Technology (Beijing) Co., Ltd. has recently completed a multi-million yuan angel round financing, exclusively invested by Zhaowei Electromechanical, a leading domestic micro-transmission listed company. The funds will be used to enhance R&D and product iteration, expand production capacity, optimize the supply chain, and deepen industrial cooperation to improve the technological ecosystem [1][7] Company Overview - Founded in January 2020, Tujian Technology focuses on the research and manufacturing of multi-modal flexible tactile sensors and flexible electronic skin tactile perception systems, aiming for applications in embodied intelligent robots, smart perception cockpits, flexible sensing wearable devices, and flexible health monitoring [1][3] - The company is headquartered in Beijing, with wholly-owned subsidiaries in Shenzhen and Guangzhou, and a frontier technology exploration center established in Silicon Valley, USA [1] Technology Development - The flexible electronic skin technology has transitioned from basic research to rapid commercialization, overcoming issues such as material consistency, signal crosstalk, and immature mass production processes. It now integrates multi-modal perception, capturing complex information like pressure, temperature, material, and sliding [3][4] - Tujian Technology has developed a self-stretchable flexible material system that maintains electrical performance under high stretch conditions, with over 100% stretchability and a recovery rate of 100%, suitable for various non-expandable surfaces [6] Product Features - The electronic skin integrates a high-density sensor array capable of measuring pressure, temperature, shear stress, surface texture, and proximity, covering all tactile information. Standard products can integrate 400 sensors per square centimeter, with laboratory technology reaching 100,000 sensors per square centimeter [4][6] - The new generation of flexible electronic skin overcomes the technical barriers of integrating multi-modal functions on a single chip, achieving high spatial resolution and sensitivity for true "bionic perception and feedback" [4] Market Strategy - Tujian Technology has established partnerships with several listed companies and leading automotive manufacturers, focusing on upgrading multi-scenario adaptability and accelerating product mass production and supply chain establishment [7] - The company aims to expand its market presence in smart robots, smart healthcare, and automotive electronics, promoting the application of flexible electronic skin technology in more end-user scenarios [7]

Core Insights - SaiGan Technology (Shenzhen) Co., Ltd. recently completed a multi-million Pre-A round financing led by China Merchants Venture Capital, with participation from Amber Capital and industry partner Bojie Co., Ltd. [1] - The company focuses on flexible sensing technology, specifically the development, production, and sales of next-generation high-performance flexible smart sensors and robotic electronic skin [1][2]. - The technology originates from the Southern University of Science and Technology's ultra-flexible electronics laboratory, and the products are characterized by high sensitivity, wide range, fast response, and high linearity, applicable in humanoid robots, consumer electronics, automotive electronics, and healthcare [1]. Financing Purpose - The financing will primarily be used for further investment in core technology, product R&D iterations, and exploration of market applications [2]. - The company aims to enhance R&D efforts in humanoid robot electronic skin, optimize product performance, and improve user experience [2]. - There is a focus on accelerating the application of flexible smart sensors in more fields through technology downscaling and enhancing user interaction experiences [2]. Investment Rationale - The core products of SaiGan Technology, based on "electronic skin," have established significant technical barriers through micro-structural design and material processes, making them difficult to replicate [3]. - In the context of smart manufacturing and human-machine interaction upgrades, the company's technology path demonstrates clear commercialization value, meeting the precise sensing needs of high-end manufacturing scenarios such as robotics and automotive [3]. - The company has served multiple leading enterprises across various industries, forming a practical closed loop from technology validation to large-scale application, positioning it as a potential industry benchmark in the flexible electronic skin sector [3]. Market Trends - The financing event reflects the high attention and expectations in the technology sector for flexible sensor technology [4]. - With the rapid development of humanoid robots and smart interaction technologies, the market demand for flexible sensors as key components continues to grow [4]. - Government policies have been introduced to support R&D investments and promote technological innovation, which benefits companies like SaiGan Technology [4][5].