本报讯 （记者 王臻） 1月3日，记者从省农业农村厅获悉，青海省种羊繁育推广服务中心依托海北高原 生态农牧业产教联合体平台，联合青海大学、青海农牧科技职业学院、中科院西北高原生物研究所等院 校及科研单位深化产学研协同合作，通过技术赋能、实践育人、成果转化等举措，进一步筑牢高寒牧区 畜牧业人才根基，推动种羊繁育产业提质增效，为青海生态农牧业高质量发展注入强劲动力。 与此同时，为合作院校及科研机构搭建常态化实习实践载体，分批次接收院校学生、农牧民及基层专业 技术人员深入牧区生产一线，围绕绵羊人工授精、生长性能鉴定、疫病临床诊疗、草地质量监测等核心 技能开展实操教学。2025年以来，累计培训实习学生、农牧民、专业技术人员310余人次，让院校学生 积累了宝贵一线经验，让基层从业者掌握实用技术，实现人才培养与产业需求精准对接。 省种羊繁育推广服务中心锚定产学研融合发展方向，充分借助合作院校科研与教学优势，选派畜牧养 殖、疫病防治、草原生态等领域骨干教师及科研团队，深度参与技术培训授课与生产指导工作，推动藏 羊两年三胎模式成熟落地，联合实践运用母羊胚胎移植技术，有效缩短育种周期、提升养殖经济效益； 同步完成933公顷草场 ...

Core Insights - The sports brand market is shifting towards deeper "value competition," with leading brands like 361 Degrees demonstrating this trend through strategic initiatives [1] Group 1: Strategic Partnerships - 361 Degrees has announced a new strategic partnership with the Asian Olympic Council, marking a significant milestone as it becomes the longest-serving Chinese sports brand in collaboration with the council, enhancing its global credibility [2][4] - The partnership aims to deepen collaboration in brand synergy, technological innovation, and event resources, supporting the advancement of Asian sports and exploring new paths for global industry development [4][5] Group 2: Academic Collaboration - The strategic partnership with Tianjin University of Sport represents a "downward rooting" in technology, focusing on integrating top-tier research resources to enhance innovation capabilities [6][7] - A "Sports Technology Innovation Center" will be established to promote the transformation of sports technology achievements and cultivate high-level sports talent, leveraging the university's strong research capabilities [7][9] Group 3: Product Innovations - The recent launch of the Flyrun 5 and Flyrun 5 FUTURE racing shoes showcases 361 Degrees' ability to translate cutting-edge technology into high-performance products, catering to both general and elite runners [10][11] - The Flyrun 5 is designed for general runners with a focus on energy stability and comfort, while the Flyrun 5 FUTURE targets elite runners with advanced materials for enhanced performance [10][11][12] Group 4: Material Collaboration - 361 Degrees has deepened its collaboration with KANLUN Aerospace to innovate running products, leveraging aerospace technology to enhance material performance in terms of lightweight and energy feedback [14][17] - The introduction of a running apparel series featuring "Zero Tension Technology" addresses winter running challenges, showcasing the brand's commitment to comprehensive product solutions [17] Group 5: Overall Strategy - The recent initiatives by 361 Degrees reflect a clear strategic direction towards "systemic competition," advancing "value competition" through comprehensive layouts that create a self-reinforcing value loop [18] - This strategic approach is expected to support the company's steady growth and long-term value release in the competitive sports brand market [19]

Core Viewpoint - The Gansu Provincial Government has announced the 2025 Gansu Science and Technology Awards, recognizing two technological achievements from China North Industries Group Beihua Research Institute and Gansu Yinguang Chemical Industry Group Co., Ltd. [1] Group 1: Award Achievements - The project "Key Technology Development and Industrialization of Green Catalytic Production of Toluene Diamine" won the first prize, developed through collaboration between Yinguang Company, Lanzhou University of Technology, and Qingdao University of Science and Technology, enhancing the industrial chain and supporting the development of a circular economy [1] - The second prize was awarded for a project that represents Yinguang Group's independent innovation, aimed at cultivating new productive forces and injecting technological momentum for industry upgrades and sustainable development [1]

（来源：内蒙古日报） 转自：内蒙古日报 本报巴彦淖尔12月27日电 （记者 薛来）日前，经自治区人力资源和社会保障厅批准，河套学院获批设 立自治区博士后创新实践基地。这标志着巴彦淖尔市在推进高层次科研平台建设、集聚和培养拔尖创新 人才方面取得重要进展，实现了博士后创新实践基地"零"的突破。 据悉，博士后创新实践基地将作为高水平青年科研人才的集聚平台，依托内蒙古农业大学等高校的博士 后科研流动站，联合招收培养博士后研究人员，聚焦关键领域核心技术攻关，着力提升自主创新能力。 基地建成后，将与河套学院现有自治区重点实验室等科研平台协同发力，为学院学科建设、硕士点申报 等工作提供有力支撑。同时，基地将紧密对接全市发展需求，重点围绕动物疫病防控等领域开展科研攻 关，为推动巴彦淖尔市高质量发展提供坚实的人才保障和技术支持。 博士后创新实践基地是自治区级高层次科研与人才培育平台，对促进产学研深度融合、加速科技成果转 化具有重要意义。此次获批，体现了自治区对河套学院办学实力、科研水平和服务地方经济社会发展能 力的认可，成为河套学院发展历程中的重要里程碑。 ...

每日甘肃网讯（新甘肃·每日甘肃网记者 李小龙 崔李平）12月27日上午，兰州大学文学院与龙王池四库书院共建学生实习实践基地协议签署 及揭牌活动在永登县龙王池四库书院礼乐殿堂举行。此举标志着双方在推动中华优秀传统文化传承创新、深化院企协作、构建产学研一体化育 人平台方面迈出实质性步伐。 12月27日，兰州大学文学院与龙王池四库书院共建学生实习实践基地协议签署及揭牌活动在永登县龙王池四库书院礼乐殿堂举行 活动中，兰州大学文学院的师生们深入四库书院典籍馆藏区、礼乐殿堂等地，近距离观摩了《钦定四库全书》系列、历代《大藏经》《道藏》 等珍贵文献，以及礼乐中华展演等传统文化呈现形式。深厚的文化积淀与沉浸式体验场景，让在场师生深受震撼，对中华优秀传统文化的传承 与创新有了更直观而深刻的理解。 随后，双方负责人共同签署合作协议，并为"兰州大学文学院学生实习实践基地"揭牌。兰州大学文学院为龙王池四库书院捐赠《中国古代文论 的融通与开拓》《文学真原》等国学经典品读系列等书籍。8位学生代表还以"中华优秀传统文化的创新性发展"为主题进行了学术分享，展现 出青年学子对传统文化传承的深入思考。 龙王池四库书院院长徐灵光表示，此次合作是" ...

Core Viewpoint - The introduction of "practical doctorates" by seven domestic universities marks a shift towards diverse doctoral degree awarding methods, emphasizing practical achievements over traditional thesis-based evaluations [1][2]. Group 1: Reform and Its Implications - The reform addresses the disconnect between education and industry, as traditional doctoral training often leads to a focus on publishing papers rather than solving real-world problems [1]. - The new legal framework established by the "Degree Law of the People's Republic of China," effective January 1, 2025, allows "practical achievements" to be a core basis for degree applications, paving the way for a multi-faceted evaluation system [1]. - The eight new "practical doctors" achieved significant innovations without publishing top-tier papers, demonstrating that their contributions are valuable and impactful in real-world settings [1]. Group 2: Impact on Education and Industry Collaboration - The recognition of innovations in industrial settings by universities fosters a willingness among enterprises to accept research from academic institutions, thus activating a virtuous cycle of collaboration between academia and industry [2]. - The shift from an academic-centric approach to a more pragmatic one in engineering education reflects a broader trend in China, moving from the "Excellence Engineer Program" initiated in 2010 to the current implementation of "practical doctorates" [2]. - The significance of these doctoral degrees extends beyond their physical form, symbolizing a societal acknowledgment that the ultimate standard for talent evaluation is the ability to solve real problems [2].

就在大众还沉浸在舞台的科技美学中时，12月23日，一则足够务实、也足够重磅的消息在青岛落定：全球具身智能的领头羊——宇树科技，与青岛城市学院 联手，成立了全国首家"宇树科技产业学院"。 这绝非简单的校企合作。它的核心模式，足以让所有正在为就业焦虑的年轻人和家长心头一震："招生即招工，毕业即就业"的订单式培养。 学校将直接开设"宇树创新班"，企业需要什么，课堂就教什么；生产线用什么机器人，实训室就用什么设备。宇树科技联合创始人陈立直言，当前人才缺口 巨大，他们要的，就是能直接上手搞定机器人开发、应用和运维的"新型工匠"。 这意味着什么？意味着学生的简历，从入学第一天起，就开始被"编写"。他们面临的，不再是毕业时的茫然投递，而是一条从课堂直通产业的确定性通道。 当机器人在舞台上征服观众时，在青岛的校园里，征服机器人、并以此谋生的新一代，正在被系统性地"生产"出来。 "我们将引入企业导师，开发至少6门前沿课程，把最真实的技术难题和项目，直接变成学生的课后作业。"青岛城市学院的院长这样描述。 青岛这个产业学院，正在试图从根本上焊死这道断层。 换句话说，企业工程师带着"真问题"走进教室，学生则在校园里，为产业撰写"真答 ...

宁波市海曙区科技局一名干部告诉记者，不少企业期盼有专业过硬、视野开阔的科研人士助力，梳理创 新需求、制定创新规划、构建创新机制，"但这样的人并不好找"。 对不少科研机构而言，学科专业建设常常跟不上产业迭代速度，学生培养缺少实操实训，传统学科人才 培养难以适应新产业新业态。事实上，科技赋能提升产业竞争力有着广泛需求，而诸多前沿科技突破同 样来源于产业需求的反向驱动。 让车间与实验室同频共振。宁波市委组织部介绍，探索"科技副总""产业教授"机制，是从实施创新驱动 发展战略面临的实际出发，更好满足科研机构和企业需求，推动科技创新和产业创新深度融合。 "建机制""优政策""搭平台"保障实效 新华社北京12月26日电 12月26日,《新华每日电讯》发表题为《教授"下车间" 工匠"上讲堂"——宁波探 索科技创新和产业创新深度融合》的报道。 以机制为保障，组织大学教授"下车间"展开研发创新，企业工匠"上讲堂"传递产业动态……中国制 造"单项冠军之城"浙江宁波近年率先探索"科技副总""产业教授"制度，让科研人员与产业人才"双向奔 赴"、推动科技创新和产业创新深度融合，展现出蓬勃生命力。 让车间与实验室同频共振 何谓"科技副总 ...

Core Viewpoint - The successful development of China's first domestically produced 300MW F-class heavy-duty gas turbine marks a significant leap in core manufacturing technology, transitioning from "catching up" to "keeping pace" with global leaders in the field [1][7]. Group 1: Project Development and Challenges - The project began with a challenging phase described as "starting from scratch," requiring innovative breakthroughs in manufacturing processes due to new materials and structures [2]. - The Shanghai Turbine Factory, leveraging over 70 years of high-end equipment manufacturing experience, took on the assembly of the first prototype, coordinating resources across the industry [2][4]. - The manufacturing precision required for the turbine's rotating components is at the micron level, with assembly tension requirements reaching up to a thousand tons [2]. Group 2: Collaboration with Educational Institutions - The Shanghai Turbine Factory established partnerships with leading universities, such as Shanghai Jiao Tong University and Tsinghua University, to address key technical challenges through collaborative research [3][4]. - A joint research center was formed to align production needs with academic research, resulting in over 15,000 data points on cutting performance for key materials [3]. - The collaboration led to significant advancements, including a 30% increase in processing efficiency for typical components [3]. Group 3: Innovation and Industry Impact - The project adopted a collaborative model that transformed traditional procurement relationships into joint research initiatives, allowing for shared research costs among partners [5][6]. - This innovative approach has enabled small and medium-sized enterprises to participate in cutting-edge technology development, leading to breakthroughs in non-standard equipment and data processing technologies [6]. - The project management employed a comprehensive tracking mechanism to ensure synchronized progress and alignment of goals among all parties involved [6]. Group 4: Broader Implications for the Industry - The technological breakthroughs achieved not only disrupt international monopolies but also pave the way for deep integration of industry, academia, and research [7]. - The foundational database created for processing difficult materials is expected to enhance efficiency in the manufacturing of high-end equipment across various sectors, including energy and aerospace [7].

Core Insights - Huawei's HarmonyOS is positioned as a next-generation operating system aimed at creating a fully interconnected smart ecosystem, distinguishing itself from competitors like Android and iOS by focusing on technological advancement and user experience [3][4][5] - The HarmonyOS initiative has gained significant traction among university students, with Huawei executives actively engaging in educational outreach to share the system's development and future vision [3][4][9] Group 1: HarmonyOS Development and Vision - HarmonyOS was developed to transcend traditional operating systems, aiming for a future of interconnected devices and environments, rather than merely competing with existing platforms [4][5] - The system's design emphasizes five key attributes: intelligence, security, connectivity, refinement, and fluidity, which have contributed to its rapid rise as the third-largest operating system globally [5][7] Group 2: Ecosystem Growth and Community Engagement - As of now, the HarmonyOS ecosystem boasts over 10 million registered developers, with 7.32 million individuals engaging in learning through Harmony Academy, and an average of 8.4 million monthly document views on the official website [7] - The OpenHarmony project has become the fastest-growing open-source operating system initiative, with over 130 million lines of code and more than 9,700 community contributors, leading to the development of 1,300 software and hardware products [7] Group 3: Educational Outreach and Future Plans - Huawei's campus outreach has been extensive, with over 1,200 sessions conducted across more than 450 universities since 2023, including over 380 sessions specifically focused on HarmonyOS [9] - The company aims to deepen collaboration with universities to cultivate a talent ecosystem that supports industry innovation and development [9]