1月6日，为深入贯彻国家创新驱动发展战略，加快发展新质生产力，原集微首条二维半导体工程化示范 工艺线点亮仪式在上海浦东川沙成功举行。本次活动由浦东新区川沙新镇人民政府、原集微科技（上 海）有限公司联合主办，复旦大学应用技术发展中心、浦东创投、复旦科创、上海农商银行和杭州银行 股份有限公司上海分行提供支持。 活动汇聚了来自政府机构、高校科研院所、产业链主企业、投资机构、金融机构等逾百位代表，共同见 证这一标志着我国在前沿半导体领域取得突破性进展的重要时刻。 科学创新是知识创造的源头活水，产业创新则致力于将知识转化为驱动发展的社会财富，科技成果转化 应用在科技创新和产业创新深度融合过程中起着重要桥梁作用。原集微由复旦大学集成芯片与系统全国 重点实验室、复旦大学微电子学院研究员及博士生导师包文中于2025年2月创办，系国内首家聚焦于超 越摩尔与非硅基异质集成技术的二维半导体企业，依托团队在复旦大学十余年的深厚科研积淀及学校鼎 力支持，达成超千万元技术成果转化，成为科技创新与产业创新协同赋能的典型范式。 上海市科委副主任翟金国表示，上海将二维半导体作为未来产业培育的重要方向开展系统部署。围绕二 维半导体材料、制造工艺 ...

科技小院助推保亭红毛丹全产业链升级 把"实验室"搬到田间 让"红宝石"更加闪亮 海南日报全媒体记者 黄婷 连日来，在保亭黎族苗族自治县多家果园，一批批红艳饱满的红毛丹相继被采摘。随着春节前枝头 尾果日渐成熟，这场属于"热带果王"的丰收季也即将圆满落幕。 丰收的背后，是一个蓬勃壮大的特色产业：种植面积从2022年的3.9万亩跃升至2025年的5万余亩， 年产值突破5.8亿元，直接带动超6600户农民增收，使保亭稳居全国规模最大、产业链最完整的红毛丹 主产区。 这份沉甸甸的收获，凝聚着科技的坚实力量：海南保亭红毛丹科技小院的师生们将"实验室"搬到地 头，成功破解果实保鲜期短等关键难题，将技术输送到万亩果园。 如今，这颗"红宝石"已成为保亭闪亮的农业"金字招牌"。科技赋能，为这片热土铺就一条产业富民 之路。 破局 科技攻坚解决种植保鲜难题 保亭地处北纬18°黄金热带线，红毛丹气候品质出众，但产业曾长期陷于"叫好不叫座"的困境：品 种单一、病虫害频发、保鲜期短、加工技术缺乏。果农的辛勤汗水，常常因技术瓶颈而难以转化为实实 在在的收益。 转机始于2023年。当年，随着海南保亭红毛丹科技小院挂牌成立，由海南大学教授张伟敏 ...

科技创新的成效，不仅体现在马铃薯产业，更覆盖四师可克达拉市多个特色产业领域。2025年，四师可 克达拉市共有27项科技成果成功落地转化，突破一批产业发展瓶颈。其中，该师市自主选育的大豆品 种"新吉3号"，破解大豆种植优质高产难题，为粮食产业提质增效提供品种支撑；研发的薰衣草精油与 多分子量透明质酸融合技术，为特色农产品深加工产业延伸价值链、提升附加值提供了技术支撑。 研发经费的跨越式增长与科技成果的密集落地，离不开四师可克达拉市一系列科技创新扶持举措的精准 发力。近年来，四师可克达拉市先后出台科技成果转化创新、扶持资金管理等一系列政策，为科技创新 提供制度保障。通过政策精准引导，成功争取各类扶持资金2050万元，撬动社会资金投入6514万元，构 建政府引导、社会参与的多元化科技投入格局。 本报可克达拉讯（全媒体记者 马雪娇 常驻记者 李惠） "过去，马铃薯种薯依赖外部引进，质量稳定性 难以保障。针对这一产业痛点，我们依托科研经费开展种源研发与技术服务，目前已累计助力企业培育 马铃薯脱毒瓶苗7000瓶、优质种苗约21万株，有效填补了师市马铃薯优质种源的供给缺口。"近日，四 师农科所综合实验中心主任郭丹丽向记者介 ...

开幕式上，怀柔区发布《怀柔区进一步优化营商环境工作措施》，聚焦政务、市场、法治、人文四大环 境攻坚突破，推出20条靶向性创新举措。根据这项政策，怀柔区将探索制定各领域投资审批流程图，为 社会投资类项目实现"拿地即开工"创造条件；加快推动国高新、专精特新、首升规等政策实现"免申即 享"，区级政策兑现周期由年度压缩至半年，实现"易申快享"。同时，利用大数据手段"按业务寻技术、 依技术找企业"，精准对接怀柔科学城科研设施产出与技术需求，搭建技术转化撮合平台，破解资本服 务匹配度低、成果转化存在断点等问题。 大会同步发布"暖心怀"营商环境品牌标志，以怀柔首字母"H"、笑脸、数据模块等元素构成的"心"字为 视觉元素，寓意"科技与人文相宜、服务与企业同心"。该品牌搭载了集成政策计算器、机遇清单、企业 诉求、智能匹配等功能的怀柔区营商环境小程序，可实现"政策一键查询、服务一站办理、诉求一体响 应"。 会上，怀柔区第一批"机遇清单"发布。内容包括45项可转化的科研技术成果、26项多元合作机会、10处 优质产业空间、17个已开放共享的科学设施平台、19支专项基金资源。其中科研技术成果包含中国科学 院自动化研究所显微手术机器人； ...

Core Insights - The development of commercial aerospace in Harbin has rapidly progressed, forming a cluster of over 50 companies in the satellite industry during the 14th Five-Year Plan period [4] - Harbin Institute of Technology (HIT) plays a crucial role in fostering entrepreneurship and innovation in the aerospace sector, with policies encouraging faculty to commercialize research [5][11] - The establishment of a ground simulation facility for space environment testing has significantly advanced the development of over 2000 domestic aerospace components [15] Group 1: Industry Development - The commercial aerospace sector in Harbin has transitioned from a few companies to over 50, covering satellite materials, manufacturing, and application services [4] - Companies like Gongda Satellite Technology have successfully launched 26 satellites since their establishment, indicating a shift from research-based models to industrialization [3] - The migration of companies from southern regions to Harbin highlights the growing attractiveness of the local aerospace industry [3] Group 2: Role of Harbin Institute of Technology - HIT has established a research results transformation platform to support faculty in commercializing their innovations, contributing to the local aerospace ecosystem [7][9] - The university's involvement in major projects like the Chinese space station and lunar exploration has enriched its technological capabilities [7] - HIT's policies have enabled faculty members to start their own companies, fostering a culture of innovation and entrepreneurship [5][11] Group 3: Government Support and Policies - The local government has implemented measures to support the aerospace industry, including a "direct access" system for addressing business challenges [19] - Black龙江 Province has introduced various policies to enhance financing support, optimize project approval processes, and strengthen talent recruitment for the aerospace sector [25][27] - Investment in early-stage technology companies has been encouraged, with significant funding provided to startups like Xingwang Power Technology [21][23]

Core Insights - The article emphasizes the role of universities as the main force in basic research and a source of major technological breakthroughs, highlighting the establishment of the National University Regional Technology Transfer and Transformation Center (Jiangsu) as a significant step in facilitating the transition of scientific achievements to market applications [1] Group 1: Technology Transfer Challenges - The National University Regional Technology Transfer and Transformation Center (Jiangsu) faces challenges such as a lack of high-value patents, weak service professionalism, scattered transformation resources, and insufficient comprehensive benefits [1] - The center aims to address issues related to the reluctance, fear, and inability to transfer technology through innovative solutions [1] Group 2: Enhancing Technology Source Channels - It is crucial to maintain strategic focus and improve the quality of technology sources, which directly impacts the effectiveness of subsequent transformations [2] - Recommendations include establishing mechanisms for connecting regional centers with major research platforms and incentivizing the transfer of high-value patents to enhance the center's service capabilities [2] Group 3: Open Collaboration and Ecosystem Development - Open-source collaboration is identified as a key driver for global technological innovation and industrial transformation [3] - Suggestions include building an open-source AI infrastructure platform and enhancing the availability of professional datasets to address the shortage of high-quality data [3] Group 4: Accelerating Large-Scale Application of Results - The article highlights the importance of application scenarios as a new policy tool to accelerate the process from technological breakthroughs to industrial applications [4] - Recommendations focus on linking regional centers with relevant application scenarios and building a comprehensive capability system for innovative applications [4] Group 5: Strengthening Systematic Capabilities - The article stresses the need for specialized capabilities in technology transfer due to the diverse and uncertain nature of the field [5] - Recommendations include enhancing the comprehensive service capabilities of regional centers and fostering professional talent in technology transfer [5] Group 6: Risk Mitigation through Specialized Insurance - The article points out the inadequacy of insurance coverage for risks associated with technology transfer and the need for improved risk management [7] - Suggestions include developing adaptable insurance products and increasing the coverage of technology transfer insurance to provide multi-layered risk protection [7]

搭建青年人才孵化平台 清单显示，2026年北京经开区将系统开放高价值应用场景，推动前沿技术从实验室走向市场，发布信息 技术、生物健康、机器人、新能源、数字经济、智慧城市等六大领域共25个创新应用场景。其中，在生 物健康方面，北京经开区鼓励顶尖高校、医疗机构、龙头企业参与共建世界一流的生命健康产教融合应 用基地，推动有组织的产业创新、人才培养和成果转化。在机器人方面，北京经开区鼓励打造多应用场 景机器人智慧酒店，支持"机器人本体+AI大脑+生态"三位一体创新；打造多应用场景智慧机器人养老 驿站，让康养机器人在真实环境中得到检验提升。在智慧城市方面，北京经开区将开放智慧交通建设参 与机会，为RISC-V高算力边缘设备等先进产品和技术提供应用验证机会，推动路侧实时处理交通数 据，实现智慧交通水平提升。清单场景凸显北京经开区以场景需求为桥梁，旨在为各类市场主体、广大 投资者、创业者搭建沟通渠道，吸引推动产业链上下游协同创新，加速科技成果转化落地。 设立200亿元政府投资引导基金 在资金支持方面，设立政府投资引导基金总规模达200亿元，重点投向新一代信息技术等主导产业和通 用人工智能等未来产业领域，已在超100个项目中 ...

该基金由呼和浩特市科技局牵头，联合内蒙古金融投资集团有限公司、内蒙古冠世投资集团有限公司及 华润集团共同出资组建，是呼和浩特市落实"六大产业集群"发展部署，在合成生物领域组建的首支产业 基金。基金采用"直接投资"方式运作，聚焦合成生物制造核心赛道，坚持"政府引导、市场运作、科学 决策、防范风险"原则，充分发挥政府资金引导放大效应与社会资本市场化运作优势，为科技型中小企 业成长、龙头企业全生命周期成长提供金融支持。 基金董事总经理孙萌表示："该基金将聚焦底层技术创新、终端产品产业化以及产业生态配套三大方 向，重点支持合成生物、创新药、生物科技等领域的高科技成果转化项目、高成长型企业。" 记者了解到，未来，该基金不仅为呼和浩特市生物医药企业提供资金支持，更围绕技术研发、中试转 化、产能落地到市场拓展等关键环节，提供全链条赋能，助力被投企业加快成长。赋能呼和浩特市"资 源优势"转化为生物医药产业的"发展优势"与被投企业的"成长优势"，进一步促进产业补链、固链、延 链、强链，推动科技成果转化与产业集群化发展，为打造中国北方绿色生物医药基地提供坚实金融支 撑。 （来源：内蒙古日报） 转自：内蒙古日报 本报呼和浩特1月5 ...

Core Viewpoint - Beijing's policy document aims to enhance the city's pilot testing service capabilities to promote the integration of technological and industrial innovation, offering substantial financial support for the construction of pilot testing platforms [1][3]. Group 1: Policy Measures - The new policy includes 14 measures to address existing issues related to pilot testing platforms, such as awareness of available platforms, future construction areas, participation eligibility, and specific government support measures [3]. - New pilot testing platforms can receive up to 100 million yuan in subsidies, which is expected to stimulate industry interest and participation [1][3]. Group 2: Importance of Pilot Testing Platforms - Pilot testing platforms serve as critical intermediaries between laboratory innovations and large-scale industrial production, with a reported success rate of 80% for technologies that undergo pilot testing compared to only 30% for those that do not [3]. - The establishment of these platforms is essential to reduce the barriers to technology commercialization and to invigorate innovation across society [3][4]. Group 3: Challenges in Technology Transfer - The technology transfer process is often fraught with challenges, including funding shortages, lack of facilities, limited application scenarios, and difficulties in aligning with real business needs, leading to a phenomenon known as the "valley of death" for many projects [4]. - The need for macro-level coordination and support is emphasized to ensure successful transitions from laboratory samples to market-ready products, thereby enhancing the overall efficiency of technology transfer [4]. Group 4: Resource Utilization and Sustainability - Beijing possesses rich educational and research resources, with many existing pilot testing facilities in universities and research institutions that could be opened to the public to maximize resource utilization [5]. - The long-term sustainability of pilot testing platforms is highlighted as a critical challenge, necessitating a focus on financial product diversity and independent legal entity reforms for these platforms [5].

经济观察网国务院国资委党委1月4日召开扩大会议，会议强调，要更好服务农业强国建设，聚焦生物育 种、农机装备、农药化肥、粮食增产等领域，加强农业关键核心技术攻关和科技成果高效转化应用，提 升农业供给保障能力、科技创新能力、可持续发展能力和国际资源市场利用能力，守牢国家粮食安全底 线。要推动宜居宜业和美乡村建设，学习运用"千万工程"经验，帮助改善农村基础设施和人居环境，提 升乡村治理和文明乡风建设水平，提高乡村人才培训培养质效。 ...