Core Insights - The article discusses the recent measures introduced by the Weihai Municipal Science and Technology Bureau to promote the transformation of scientific and technological achievements, focusing on deep integration of technological and industrial innovation. Group 1: Collaborative Innovation - The measures introduce a differentiated reward and subsidy mechanism for the tripartite collaboration among enterprises, universities, and service institutions, aiming to stimulate cooperation and reduce innovation costs [1] - Enterprises purchasing technology can receive a subsidy of 5% of the actual transaction amount, up to 300,000 yuan, while universities providing results can earn a reward of 1%, up to 200,000 yuan [1] - Service institutions facilitating these transactions are also incentivized with a 1% reward, capped at 50,000 yuan, to encourage their active participation in technology transfer [1] Group 2: Diverse Ecosystem - An integrated innovation service platform has been established to facilitate resource "cloud docking," alongside offline activities like "Famous School Express" and "Academician Expert Tours," with performance-based subsidies of up to 100,000 yuan for successful events [2] - The measures address the high early-stage risks and challenges in pilot testing by encouraging the establishment of concept verification centers and expanding pilot demonstration bases, with support of up to 50,000 yuan for high-performing centers [2] - Currently, 15 pilot demonstration bases have been established in cutting-edge fields, providing over 200 pilot services and generating service revenue exceeding 30 million yuan, effectively accelerating the engineering and productization of technologies [2] Group 3: Professional Development - The measures include an incentive mechanism linked to the effectiveness of local achievement transformations, offering up to 500,000 yuan to institutions that facilitate these transformations [3] - There is a focus on cultivating a professional technology transfer service team, with government subsidies to reduce training costs for technology managers and honor incentives to enhance their sense of professional achievement [3] - The number of technology managers has grown to 308, with nine provincial-level technology transfer service institutions, leading to over 400 million yuan in technology transaction value in the past three years [3]

Core Insights - The Chengdu High-tech Zone Angel Investment Association held its annual member conference, summarizing achievements and announcing the "2025 Jinrong Award" to encourage investment in early-stage technology projects [1][3] Investment Landscape - Early-stage capital investment in Chengdu High-tech Zone has exceeded 20 billion yuan, characterized by rapid investment speed and growth, with project development showing positive results [2][3] - Seed funds completed over 30 projects with investments exceeding 60 million yuan from January to November 2025, while angel sub-funds made 26 investment decisions, with a nearly 40% year-on-year increase in investment volume totaling 500 million yuan [3] Talent Development - The "Angel Investor Cultivation Program A30" launched in 2021 has successfully trained nearly 100 angel investors, contributing to local investment in technology companies [4] Technology and Capital Integration - The "Mid-test + Fund" ecosystem aims to bridge the gap between laboratory innovations and industrialization, with nearly 100 mid-test platforms established, serving over 4,500 projects and generating over 13 billion yuan in output value [6] - Regular roadshow events like "Chuangtou Tianfu" facilitate efficient connections between capital and projects, with 215 quality projects participating and over 40 projects expressing financing intentions totaling over 700 million yuan [6][7]

Group 1 - The company, Xingkong Shen Zhi (Hangzhou) Technology Co., Ltd., received a 500,000 yuan insurance payout under the "Innovation Insurance" policy, marking the first claim in the city since the policy's launch [1] - Founded in 2023, the company focuses on two core R&D directions: AI smart diagnosis systems and innovative ophthalmic products, specifically "multi-surface lenses" [1] - The company halted the "multi-surface lens" project after clinical validation showed unsatisfactory results, but had previously insured the project, minimizing their losses [1] Group 2 - "Innovation Insurance" offers comprehensive risk coverage for enterprises, addressing risks from R&D to production safety, distinguishing it from traditional insurance products [2] - The Hangzhou Insurance Company established the first national center for technology achievement and intellectual property assessment in Zhejiang, integrating assessment services into the insurance process [2] - This insurance product employs a risk classification management system to provide analytical support for key risk points in technology transformation [2]

12英寸钽靶材实现国产化替代，全球最大口径低温调节控制阀打破国外技术垄断，世界唯一的国家枸杞 种质资源库破译枸杞基因组密码……"十四五"期间，宁夏以奋进之姿，在创新驱动发展赛道上跑出"加 速度"，书写了欠发达地区跨越与赶超的新篇章。 当东西部合作架起协同之桥，宁夏研发投入曲线持续上扬，科技创新主体强势崛起，高新技术企业数量 迅速增长，硬核成果不断涌现。 12英寸钽靶材实现国产化替代，全球最大口径低温调节控制阀打破国外技术垄断，世界唯一的国家枸杞 种质资源库破译枸杞基因组密码，千米级大直径智能化反井钻机成功研制，"400万吨/年煤间接液化成 套技术创新开发及产业化"项目斩获国家科学技术进步奖一等奖……"十四五"风雨兼程，宁夏以奋进之 姿，在创新驱动发展赛道上跑出"加速度"，推动创新与产业双链"合璧"，书写欠发达地区跨越与赶超的 新篇章。 自获批建设首个全国东西部科技合作引领区以来，宁夏持续拓展闽宁、沪宁、浙宁、鲁宁等科技合作。 合作主体由最初的6个省市、4家高校院所，即"6+4"模式发展到"12+22"模式。参与全区科技创新活动的 区外各类主体达到1000多家，科技人才超过1万人，其中柔性引进两院院士155人、 ...

本报讯(记者金婉霞)随着人工智能技术的发展，光子领域的各项科技成果转化正如火如荼进行中。12月 9日好望角科学沙龙在上海举办的光子专场活动，科学家、科技企业创始人、投资机构负责人等逾百人 共同探讨如何更好地赋能光子领域科技成果转化。专家认为，科技成果转化既是一门科学，也是一门艺 术，而一套好的"算法"能让科技成果在产业化之路上"少撞南墙"。 魏红祥说，激光光子技术不仅是一束"完美的光"，更是一道融合了技术选择、产业协同与资本耐心的复 杂"算法"。"光子产业的跃迁是一场需要基础研究、跨界协同与长期共识共同支撑的系统工程，虽然答 案尚未完全显现，但我们的讨论让方向更加清晰。"他说。 针对光子领域企业面临的市场化困境，长春理工大学教授、求实光谱创始人姚治海表示："技术的突破 口要对准市场，这个'口子'才会打开。" 中国科学院上海光机所所长、党委副书记张龙受邀作为本期主讲嘉宾。"我们比历史上任何时候都更渴 望科技成果转化。"张龙称，"高校院所每年科研经费高达近万亿元，成果转化率却不到5%，问题不在 缺乏技术，而在缺乏'算法'。"主旨演讲环节，张龙用"快艇行驶在布满暗礁的航道"比喻科技创业。他认 为，如果说硬科技创业" ...

2025.12.11 本文字数：1702，阅读时长大约3分钟 作者 |第一财经 宁佳彦 张甜甜 封图 |AI生成 光子技术作为新一代未来信息技术的核心支撑，正广泛渗透到半导体、新能源、生物医药等下游产业。 去年1月，工信部等七部门联合印发《关于推动未来产业创新发展的实施意见》，其中提到，到2025 年，建设一批未来产业孵化器和先导区，突破百项前沿关键核心技术，形成百项标志性产品，初步形成 符合我国实际的未来产业发展模式。 "我们比历史上任何时候都更渴望科技成果转化。"张龙称，"高校院所每年科研经费高达近万亿，成果 转化率却不到5%，问题不在缺乏技术，而在缺乏'算法'。" 由于我国创新端与产业端长期分立发展，科技成果转化仍是"老大难"。长春理工大学教授、求是光谱创 始人姚治海在沙龙讨论中道出了市场端的残酷："最好的技术并不一定就是能在市场上取得成功的技 术。技术的突破口要对准市场，这个'口子'才会打开。"这正是无数硬科技初创公司撞上的"南墙"。 张龙团队在杭州光机所实践了一套产业化"算法"，想要打造科技成果的"吸聚—孵化—投资—转化"的生 态，其核心是科技成果的"选—育—嫁"逻辑。即采用理事会领导下的所长负责制 ...

Core Viewpoint - Photonic technology is emerging as a core support for future information technology, with significant applications in semiconductor, renewable energy, and biomedicine industries. The global photonics market is expected to grow explosively, reaching $1.2 trillion by 2027, driven by the surge in AI computing power demand [3][4]. Industry Overview - The global photonics market reached $920 billion in 2023, with projections indicating it will exceed $1.2 trillion by 2027. The growth is primarily fueled by the increasing demand for AI computing capabilities [3]. - The Chinese government aims to establish future industry incubators and pilot zones by 2025, focusing on breakthroughs in over a hundred key technologies and the development of significant products [3]. Technological Challenges - The current microelectronic chips are struggling to meet the demands for computing power and energy efficiency in the era of big data and AI. Photonic chips, which utilize photons for signal processing, are seen as a revolutionary solution for future computing, internet, and AI applications [4]. - The transformation of scientific research results into marketable technologies remains a significant challenge, with a conversion rate of less than 5% despite substantial annual research funding of nearly $1 trillion [4]. Innovation and Incubation Models - A new industrialization "algorithm" has been proposed, focusing on a systematic approach to technology transfer that includes selection, nurturing, and integration of scientific achievements into the market. This model has successfully incubated nearly 50 photonic technology startups, achieving an average project value increase of five times [5]. - The establishment of the Xihe Optoelectronics Industry Incubator in Shanghai represents a collaborative model involving government, research institutions, and capital investment, aimed at fostering innovation and entrepreneurship in the photonics sector [5]. Regional Development Initiatives - The Pudong New Area has developed the largest and most comprehensive photonics research facility cluster globally, providing robust support for scientific research. The 895 Incubator has invested in 20 projects with a total investment of approximately 700 million yuan, with five companies already listed [6]. - Shanghai's "Technology Innovation Action Plan" aims to cultivate a new generation of competitive technology companies, offering various support services including technology research and development, financial assistance, and talent training [6].

Core Viewpoint - The article discusses the ongoing transformation of scientific achievements in the field of photonics, emphasizing the need for effective algorithms to facilitate the commercialization of technology [3][6]. Group 1: Event Overview - The "Good Hope Science Salon" held a special session on photonics in Shanghai, gathering over a hundred participants from various sectors including scientists, tech entrepreneurs, and investment institutions [5][6]. - The event aims to bridge the gap between scientific innovation and industrial application, focusing on the challenges of technology commercialization in China [6][13]. Group 2: Key Insights from Experts - Zhang Long, director of the Shanghai Institute of Optics and Fine Mechanics, highlighted that while China invests nearly 1 trillion yuan in research annually, the technology commercialization rate is below 5%, indicating a lack of effective algorithms for transformation [6][7]. - The proposed "algorithm" for technology commercialization involves a structured ecosystem of selection, nurturing, and investment, ensuring that scientific achievements are effectively transitioned into market-ready products [7][10]. Group 3: Challenges and Solutions - The discussion revealed that the best technology does not always guarantee market success, emphasizing the need for alignment between technological breakthroughs and market demands [10]. - Participants stressed the importance of cultivating entrepreneurial talent and improving the efficiency of technology transfer to enhance the development of the tech industry [10][11]. Group 4: Future Directions - The salon serves as a platform for ongoing dialogue about the future of photonics technology and its commercialization, with a focus on fostering collaboration among academia, industry, and investment sectors [8][13]. - The event's organizers plan to continue focusing on hard technology and innovation, contributing to the development of a robust ecosystem for scientific achievement transformation [13].

上海唯一聚焦新材料的高质量孵化器 新材料的产业下游可以链接到各种各样的应用行业，其产业特征被形容为"三高三长"——高投入、高难 度、高门槛；长研发周期、长验证周期、长应用周期。这既体现了新材料企业产业化的痛点和难点，也 更彰显了孵化器的必要价值。 上 来源：智通财经记者 蒋乐来 上海新一轮高质量孵化器名单再次扩容。 智通财经（www.thepaper.cn）记者12月11日从上海市科委获悉，巢生上海创新孵化平台、司南脑机智能 孵化器、上海埃米三江新材料产业创新中心、"数通链谷"区块链应用创新孵化器、"大零号湾"科创策源 孵化器、张江高科895孵化器等6家"新生力量"被纳入其中。 2023年6月，上海发布《上海市高质量孵化器培育实施方案》。截至2024年底，已在浦东张江、徐汇西 岸以及临港、嘉定、杨浦等区域，围绕大模型、光电量子、智能传感、人形机器人、合成生物、细胞与 基因治疗等新兴产业领域等前沿赛道，陆续启动建设了12家高质量孵化器。此次扩容后，这一数量达到 18家。 巢生上海创新孵化平台位于浦东张江，重点聚焦生物医药产业合成生物、细胞与基因治疗等领域。该平 台致力于寻找具有颠覆性可能的生命科学底层技术，开展 ...

光子技术作为新一代未来信息技术的核心支撑，正广泛渗透到半导体、新能源、生物医药等下游产业。 据张龙介绍，近日，由上海国有资本投资有限公司、嘉定区人民政府、中国科学院上海光学精密机械研 究所三方共同打造的羲和光谷光电产业孵化器正式启用，标志着"政府搭台、科研驱动、资本赋能"合作 模式正式落地。该孵化器将通过"创新+创业+创投"的根据地孵化器模式，打造未来产业上海模式"孵育 体系"，为上海建设具有全球影响力的科技创新高地贡献重要力量。 而在浦东新区，目前已经形成全球规模最大、种类最全、综合能力最强的光子大科学设施集群，为当下 科学家提供有力的科研硬件支撑。今年4月，新一期895创业营在浦东开启招募，重点聚焦"未来产业"提 供强大支撑的"智算"上。895创业营的背后是张江高科895孵化器，作为科技产业创新创业服务平台，多 年来，平台聚焦高科技硬核初创项目，助力科技创新企业加速发展。截至4月，895孵化器已累计投资20 个项目，投资金额约7亿元，其中5家企业已上市。 上海市研发公共服务平台管理中心副主任朱悦在互动交流中表示，应该深入研究培养科技创业人才的规 律和方法，推动科技成果转化效率和科技产业发展。去年10月，为 ...