（来源：嘉兴日报） 把大视听产业打造成秀洲新名片 今年的政府工作报告明确提出，秀洲要打造省级重点大视听产业基地。聆听报告后，区人大代表、嘉兴 南洋职业技术学院教学科研处副处长王皓倍感振奋："目前，秀洲已集聚喜马拉雅、七牛云、硅基智能 等龙头企业，运河湾数字文化产业园建设也在稳步推进，从内容创作、技术赋能到产业孵化的链条正加 速形成，大视听产业完全可以成为秀洲发展的一张新名片。" 推动大视听产业发展壮大，王皓给出了3点建议：一是要强化人才引育，靶向引进和培育创意、研发等 高端紧缺人才。二是要推动技术融合，借助VR/AR等技术打造特色应用场景，帮助传统产业转型。三 是通过政府发布"机会清单"、企业"揭榜挂帅"等方式，鼓励企业开发面向文旅、营销、展示等领域的微 短剧、虚拟直播、互动体验等新业态，打造可复制推广的示范项目。 推动产学研用深度融合 在此次两会上，无论是政府工作报告还是建议提案，科技创新、人才引育、校企合作等内容都被反复提 及。 区政协委员、嘉兴大学"教科人"示范基地负责人徐杨认为，推动产学研用实现深度融合，大学科技园作 为链接高校、企业与政府的枢纽，要发挥关键作用。 转自：嘉兴日报 ■记者 张 萌 站在 ...

Core Viewpoint - The article highlights the evolution of "Guangdong goods" (广货) as a reflection of China's modernization and reform process, showcasing its transformation from traditional manufacturing to intelligent manufacturing and standard output, driven by innovation and strategic investments in emerging industries [1][4]. Group 1: Historical Context and Development - In 1978, Guangdong began its journey in processing and manufacturing, marking the start of "Guangdong goods" as a significant player in the national market [1]. - The "Three Comes and One Supplement" trade model in the 1980s allowed Guangdong to leverage foreign investment and technology, laying a solid foundation for brands like Diamond Fan and Wanbao Refrigerator to expand globally [1][2]. - China's accession to the WTO in 2001 marked a turning point, enabling Guangdong to capitalize on globalization and significantly boost the development of "Guangdong goods" [2]. Group 2: Transition to Intelligent Manufacturing - The evolution of "Guangdong goods" represents a shift from labor-intensive manufacturing to a focus on value chain elevation and intelligent manufacturing [3]. - By 2015, initiatives like "Internet + Intelligent Manufacturing" in cities like Foshan and the integration of robotics in factories exemplified this transition [3]. - The establishment of a robust innovation chain in the Guangdong-Hong Kong-Macao Greater Bay Area has facilitated the transformation of research into commercial products, enhancing Guangdong's competitive edge [3][4]. Group 3: Current Landscape and Future Outlook - Guangdong has increased R&D investments, leading to the emergence of globally competitive enterprises in sectors such as 5G, electric vehicles, and drones, which support the standard output of "Guangdong goods" [4]. - The province's dual advantage in "digital intelligence + mechanical engineering" allows it to meet diverse global demands and market fluctuations effectively [4]. - The ongoing evolution of "Guangdong goods" is characterized by a spirit of innovation and openness, positioning it as a key player in the global market [4].

Core Viewpoint - The evolution of "Guangdong goods" reflects China's modernization process and serves as a mirror of the country's open development journey, showcasing the transformation from traditional manufacturing to intelligent manufacturing and standard output [1][4][6] Group 1: Historical Context - In 1978, Guangdong began its journey with "processing with supplied materials," marking the start of its manufacturing industry and the rise of "Guangdong goods" [1] - Guangdong leveraged its geographical advantages and foreign investment to become a pioneer in China's reform and opening-up, establishing a foundation for its manufacturing brands [3] - The period from China's WTO accession in 2001 to the global financial crisis was a golden era for international trade, during which Guangdong capitalized on external opportunities for significant growth [3] Group 2: Transformation and Upgrading - Entering the new century, Guangdong shifted from "scale expansion" to a "quality revolution," exemplified by companies like Huawei and Dongguan's industrial upgrades [4] - The evolution of Guangdong goods is characterized by an ascent in the value chain, gaining more control over the industrial chain [4] - Guangdong is currently undergoing a transformation from "manufacturing" to "intelligent manufacturing," with significant advancements in smart technologies and automation [4][5] Group 3: Innovation and Competitiveness - The Guangdong-Hong Kong-Macao Greater Bay Area has fostered a robust innovation ecosystem, integrating research, technology, and commercialization [5] - Increased R&D investment has led to the emergence of globally competitive enterprises in sectors like 5G, new energy vehicles, and drones, laying a solid foundation for standard output [5] - Guangdong's manufacturing ecosystem, characterized by a dual advantage of "digital intelligence + mechanical engineering," enables it to meet diverse global demands [5] Group 4: Future Outlook - The story of Guangdong goods is a narrative of innovation, openness, and practical efforts, with the potential for continued growth and adaptation in the global market [6] - As "Guangdong goods" evolve into "new national goods," they symbolize the synchronization of Guangdong's growth with national development [6]

中化新网讯 1月15日，福建蓝海黑石新材料科技有限公司与西北工业大学化学与化工学院举行共建"功 能高分子材料联合实验室"签约暨授牌仪式。 据悉，双方将充分发挥各自在产业应用和前沿科研方面的优势，共同攻克功能高分子材料领域的关键技 术瓶颈，推动更多实验室成果转化为产业新动能。实验室将聚焦功能高分子材料关键技术攻关与成果产 业化，着力打造技术创新与人才培养协同发展平台，积极推进新材料领域产学研用深度融合。 ...

人民财讯1月24日电，日前，大北农（002385）集团与国投生物科技投资有限公司、北京化工大学正式 签署"绿色化学品与蛋白耦合联产战略合作"协议。本次三方合作旨在整合企业市场优势、资本力量与高 校科研能力，围绕功能性菌体蛋白、微生物发酵饲料、饲用氨基酸等方向，开展技术研发、成果转化与 产业化示范，共同构建产学研用深度融合的创新体系，为我国饲料行业提供可复制、可推广的技术与产 业模式。 ...

省政协委员陈学博以雕塑之美传播海南多元文化魅力 比如，陈学博去年围绕"加强艺术衍生品开发，推动海南文化产业创新"提交相关提案，建议设 立"艺术衍生品创新设计大赛"，鼓励更多艺术家、设计师和创意团队围绕海南特色文化元素进行创作， 提升产品的独特性和文化内涵，同时促进艺术衍生品与时尚、旅游、科技等领域跨界融合；提升市场影 响力，实施"品牌培育计划"，定期举办"海南省艺术衍生品博览会"；完善市场体系，拓展销售渠道，加 强知识产权保护；强化产业链协同，建立"艺术衍生品产业联盟"，推动"产学研用"深度融合。 2026年省两会日渐临近，如今，陈学博正在抓紧完善向大会提交的提案，希望能够更好地反映界别 群众的呼声和期盼。"新的一年，我将紧紧围绕文化强省建设等重要议题，充分发挥自身专业优势，深 入开展调研，力求提出更多有价值、有分量的提案和社情民意建议，为自贸港建设贡献自身力量。"他 说。（海南日报海口1月22日讯） "园中的60多件雕塑都是我的作品，主题涵盖红色文化、华侨文化、黎苗文化、清廉文化等多个方 面。"每当看到市民游客在雕塑前驻足观赏、品评交流，省政协委员、海南省雕塑艺术学会会长陈学博 心中便涌起浓浓的自豪感。 自 ...

Core Insights - A new high-performance engineering plastic developed by a team led by academician Qian Xigao is entering the industrialization phase in Dalian, capable of withstanding temperatures above 350 degrees Celsius and possessing dissolvable properties [1][2] - The project, with a total investment of approximately 685 million yuan, is set to begin trial production by the end of 2025, with plans for a second phase to expand production capacity to 2,000 tons per year [2] Group 1: Innovation and Development - The new material overcomes the industry bottleneck of combining high-temperature resistance and dissolvability, making it the highest-rated polyarylether engineering plastic globally [2] - Dalian's innovation-driven development is highlighted by a stable R&D investment intensity of over 3%, a local technology conversion rate exceeding 45%, and an average of 17.5 high-value invention patents per ten thousand people [3] Group 2: Industry Transformation - The traditional petrochemical industry in Dalian is undergoing a transformation, providing fertile ground for new materials and processes developed in laboratories [3] - The development of a green production technology for ethylene amine, which has been monopolized by foreign entities, showcases the successful collaboration between local scientists and entrepreneurs [3][4] Group 3: Collaborative Efforts - The partnership between Hengli Petrochemical and Dalian Institute of Chemical Physics exemplifies the integration of technology licensing and industrial application, with Hengli investing 500 million yuan to build production facilities [4] - The technology has been implemented in seven domestic and international facilities, achieving a total capacity of 300,000 tons per year and capturing over 50% of the domestic market share [5] Group 4: Future Directions - Dalian's science and technology bureau plans to focus on strengthening innovation platforms, establishing concept verification centers, and forming industry-academia-research alliances to enhance regional technological innovation [5]

悉尼新南威尔士大学是全球光伏技术的摇篮，在光伏与可再生能源等前沿技术领域积淀深厚、实力卓 越。无锡市产业创新研究院是无锡推动科技创新与成果转化的重要平台。极电光能是全球钙钛矿产业化 的领军企业，自2020年落户锡山以来，已累计9次刷新钙钛矿光伏组件效率的世界纪录，并成功建成投 产全球首条GW级量产线。此次三方开展深度合作，将加速推动钙钛矿光伏前沿技术的产业化进程。 "钙钛矿作为当前最具有潜力的下一代光伏技术，备受悉尼新南威尔士大学研究团队重视。"悉尼新南威 尔士大学光伏与可再生能源工程学院教授郝晓静表示，悉尼新南威尔士大学长期致力于推动全球光伏技 术发展，目前，大学已与无锡建立了包括新南威尔士大学(无锡)产业创新中心在内的多项合作，期待通 过与极电光能共建联合实验室，深度融合双方在科研与产业化的优势，在钙钛矿领域取得更多突破。 1月14日，"钙钛矿国际联合实验室揭牌暨产学研战略合作签约仪式"在位于无锡市锡山区的极电光能宛 山湖园区举行。极电光能与悉尼新南威尔士大学、无锡市产业创新研究院签署战略合作协议，由极电光 能与悉尼新南威尔士大学共建的"钙钛矿国际联合实验室"正式成立。 "自落户以来，极电光能始终扎根于这 ...

Core Viewpoint - The development and promotion of drought-resistant wheat (旱碱麦) in saline-alkali land is crucial for enhancing food security in China, as it can effectively utilize approximately 500 million acres of potentially cultivable saline-alkali land [3][8]. Group 1: Agricultural Significance - Drought-resistant wheat is a special variety that thrives in saline-alkali conditions, requiring no irrigation and exhibiting low pest incidence, making it a natural green crop [3]. - China has about 1.5 billion acres of saline-alkali land, with 500 million acres having development potential, highlighting the strategic importance of promoting drought-resistant wheat cultivation [3]. - The National Wheat Industry Technology System has been conducting research since 2022 to improve saline-alkali land and develop superior drought-resistant wheat varieties, enhancing yield and flavor [3][8]. Group 2: Market Demand and Consumer Preferences - Drought-resistant wheat products have received positive consumer feedback for their unique flavor and nutritional benefits, aligning with the shift in public dietary preferences towards healthier and higher-quality food [5][6]. - The protein content of drought-resistant wheat ranges from 13% to 16%, with wet gluten content exceeding 35%, making it nutritionally superior to regular wheat [6]. Group 3: Industry Growth and Future Prospects - Companies involved in drought-resistant wheat processing have seen annual sales growth of 10% to 20%, indicating increasing market acceptance and demand [6]. - The ongoing research into the flavor compounds of drought-resistant wheat is expected to enhance product quality and consumer experience, supporting the entire supply chain from cultivation to processing [7]. - Future advancements in breeding, planting, and processing technologies are anticipated to further improve yield and product quality, contributing to food security and sustainable agricultural development [8].

转自：贵州日报 牵头或参与建设中试平台，提供全链条服务，以技术秘密形式转让……近年来，贵安新区花溪大学城各 高校深耕科技成果转化赛道。在政策引导下，各高校深挖科研资源，整合科研、人才双重优势，主动对 接市场需求，奏响了产学研用深度融合的奋进乐章，为全省科技成果转化注入源源不断的动能。 新闻提示 ...