Core Viewpoint - The Ministry of Industry and Information Technology expressed gratitude to the Qingyuan High-tech Zone for its proactive efforts in developing research assistant positions, highlighting the importance of these roles in supporting the national innovation-driven development strategy [1] Group 1: Research Assistant Positions - Research assistants are crucial for various research projects, including maintenance of experimental facilities, technology transfer, and academic support [1] - Since 2021, the Qingyuan High-tech Zone has actively implemented the notification from nine departments regarding the recruitment of research assistants from universities [1] Group 2: Achievements - By 2025, the Qingyuan High-tech Zone developed 491 research assistant positions, achieving 245.5% of the expected target [1] - To date, a total of 1,727 research assistant positions have been created, covering key areas such as new materials, electronic information, and biomedicine [1] - The initiative has successfully employed 1,479 recent graduates, contributing to the high-quality economic development of the region [1] - This marks the fourth consecutive year that the Qingyuan High-tech Zone has exceeded its targets for developing research assistant positions [1]

Core Viewpoint - The company is developing a liquid-layer lithium-lead flow heat transfer experimental system for the Hefei Institute of Physical Science under the Chinese Academy of Sciences, providing essential support for related fundamental research [1] Group 1 - The company has authorized a patent for a temperature compensation magnetic shielding high-temperature lithium-lead fluid pipeline cross-section temperature field measurement system, which will assist in temperature measurement within the nuclear fusion blanket [1]

Core Insights - The article emphasizes the theme of "breaking walls" between academia and industry, highlighting the integration of educational institutions with technological and industrial advancements [1][7] - It discusses the establishment of a collaborative ecosystem where universities and enterprises work together to foster innovation and practical applications of research [3][4] Group 1: Integration of Academia and Industry - The Nanjing University Suzhou campus has established a close relationship with local industries, achieving 300 million yuan in collaborative projects and 30 cutting-edge technology initiatives [1] - The introduction of talent from top tech companies into academia is reshaping the educational landscape, with 20% of new faculty having industry experience, thus accelerating the pace of innovation [2] - The transformation of professors into entrepreneurs, exemplified by Professor Zhang Chenyu, illustrates the need for scientists to adapt to market demands and navigate complex systems involving capital and management [2] Group 2: Institutional Innovations - The establishment of the first regional technology transfer center in Jiangsu serves as a national platform for collaboration, facilitating the conversion of academic research into practical applications [3] - Innovative funding mechanisms, such as a 1 billion yuan "Courage Fund," are designed to support startups and mitigate risks associated with new ventures [3] - A professional service team of over 400 members has been created to assist researchers in navigating the commercialization process, enhancing the connection between academia and industry [3] Group 3: Educational Reforms - Suzhou University has initiated programs to educate professors on market dynamics and financial literacy, moving away from traditional academic focuses [4] - A standardized compliance conversion agreement has been introduced to clarify the process of technology transfer, exemplified by a sodium-ion battery project that secured nearly 300 million yuan in funding [4] - A significant reform allows graduate students from top engineering colleges to earn engineering titles alongside their degrees, emphasizing practical experience and real-world applications [6] Group 4: Broader Implications - The integration of knowledge creation with industry needs signifies a paradigm shift in how education and innovation are perceived, with universities becoming key drivers of industrial progress [7] - The article concludes that the dismantling of barriers between academia and industry is essential for fostering a new generation of talent and innovation [8]

Core Viewpoint - The research on "The Impact of Microgravity on Human Visual Motion Information Processing and Brain Mechanisms" by the team led by Jiang Yi from the Institute of Psychology, Chinese Academy of Sciences, has been recognized in the "Progress Report on Scientific Research and Application of China's Space Station" for its significant findings regarding human perception in microgravity environments [1][2] Group 1: Research Findings - The study established a testing paradigm to assess gravity sensitivity in motion perception, revealing that microgravity weakens astronauts' biological motion perception and their neural responses to gravity sensitivity, while non-biological motion perception remains stable [1] - Brain imaging results indicate that microgravity alters vestibular-visual functional connectivity, reshaping biological motion perception [1] Group 2: Applications and Future Prospects - The research provides a testing method, paradigm, and platform for visual motion information processing characteristics, offering crucial technical support for studying how gravity shapes human visual motion processing [2] - The findings reveal the impact of microgravity on human visual motion information processing and brain mechanisms, providing theoretical support for the design of human-machine interfaces in space [2]

Core Viewpoint - The project "Electrochemical Optical In-situ Research of Lithium-ion Batteries for Space Applications" has successfully commenced operations aboard the Chinese space station, with astronauts from the Shenzhou 21 mission participating in the experiments [1] Group 1 - The project is conducted by the Dalian Institute of Chemical Physics, Chinese Academy of Sciences [1] - Zhang Hongzhang from the Chinese Academy of Sciences serves as a payload expert, contributing his professional expertise to the project [1]

科学研究与科技成果转化有什么关系？刘春认为，简单讲，科学研究就是在"育种"，科技成果转化就类 似于在"选种"。 "科学家做科研，关注自己感兴趣的点：机制、通路、靶点。把这些比较专业的领域做精、做透、做准 确作为科学家这样做就够了，如果能在此基础上发现一些有可能转化为成果，那更是加分了。但是如果 需要将成果产业化，就需要整合资源、考虑市场、投资等各个方面。"刘春表示，大多时候在与科学家 交流时，发现科学家的项目和研究其实比较发散，不太聚焦，需要科技项目经理人帮忙梳理出转化点， 甚至需要把其他领域的科学家、临床医生等资源聚集起来，共同帮助寻找项目的卡点和堵点，并把项目 的价值梳理挖掘出来，进而找到产品和技术的卖点。 新华财经北京1月8日电（记者董道勇）中央经济工作会议提出，建设北京（京津冀）、上海（长三 角）、粤港澳大湾区国际科技创新中心。近年来，北京市大力实施"朱雀计划"，通过加快引进具有科学 家思维、工程师技能、拥有创新资源调配能力的高端项目管理人才，服务于国家实验室、新型研发机构 等重点科研机构和"三城一区"等重点区域建设。 2025年，刘春成为了北京市朱雀人才中的一员，开展北京市科委、中关村管委会的科技项 ...

贵阳日报融媒体记者 李雯文 转自：贵州日报 走进贵州众创仪云科技有限公司（以下简称贵州众创仪云）的数字化监控中心，占据整面墙的LED大屏 正闪烁着幽蓝与银白交织的光影。屏幕上，贵州省内的4600余台电子显微镜、光谱分析仪、基因测序仪 等高精度科研仪器，全部以光点形式动态嵌入这幅不断流动的三维可视化拓扑网络地图中。 周鹏飞团队的愿景不止于此。他们洞察到，在科研领域，很多宝贵的科研仪器设备如同"孤岛"般离散分 布，导致知晓率不高、利用率偏低；同时，许多中小科研团队因难以获得先进仪器设备进行实验，难以 迈过创新的"门槛"。针对这一痛点，在贵阳高新区、市科技局等相关部门的协同支持推动下，贵州众创 仪云全力打造贵州省重大科研基础设施和大型科研仪器共享信息服务平台，以"网约式"服务链接全省科 研资源，为众多创新团队提供实验数据支持。 "如今，有需求的科研团队轻点手机便能预约使用高端仪器设备，真正实现'不求所有，但求所用'。"周 鹏飞说，这一模式显著降低了研发初期的资金与设备门槛，推动了创新资源流动与跨域合作。 贵州省重大科研基础设施和大型科研仪器共享信息服务平台于2022年启动建设、2024年全面建成，服务 客户从652 ...

Group 1 - The core viewpoint of the articles highlights the significant advancements in agricultural technology and innovation in the Kuerle City, particularly in potato seed breeding and other agricultural sectors, driven by substantial financial investment in research and development [1][2][3] Group 2 - Kuerle City has achieved a historic breakthrough in R&D funding, reaching 101 million yuan in 2025, a 577.3% increase from the previous year, alongside a rise in technical contract transaction value to 55.57 million yuan [1] - The city has successfully transformed 27 technological achievements in 2025, including the development of a new soybean variety "Xinji 3" and lavender essential oil technology, addressing key challenges in agricultural production [2] - A series of supportive policies have been implemented to facilitate technology transfer and innovation, resulting in the acquisition of 20.5 million yuan in various funding and leveraging an additional 65.14 million yuan from social investments [2] - Kuerle City has engaged in extensive technical exchanges with enterprises, collecting 164 technical needs and fostering deep collaborations between 25 companies and research institutions to enhance the application of scientific achievements [2][3] - The city aims to deepen reforms in the innovation system, focusing on high-level innovation platforms, nurturing technology-based enterprises, and optimizing the innovation ecosystem to support high-quality development [3]

据悉，平台的实用价值已在多个领域得到验证。在药物工程领域，团队通过平台筛选出抗癫痫药加巴喷 丁的两种塑性共晶，其片剂抗拉强度较原料药分别提升8.5倍和5.7倍，有效解决了原药压片易碎裂的行 业难题。在功能材料方面，团队成功将脆性晶体PAPA改造为兼具弹性和光响应的柔性发光晶体，为新 型光驱动器件提供了可能。 目前，该平台已在Hugging Face开源。全球科研人员无需编程基础，只需绘制或输入分子结构，即可在 线获取性质预测结果与关键片段的可视化图表，通过科研人员的协同创新加速技术迭代升级。 由于缺乏高效的设计方法，柔性晶体的研发长期依赖于偶然发现。论文通讯作者、天津大学化工学院教 授龚俊波介绍，传统"试错式"研究不仅周期漫长、成本高昂，还难以定向调控晶体的机械性能，极大制 约了科研效率。 CrystalGAT平台通过融合图注意力神经网络与晶体工程技术，率先实现了有机分子晶体弹性、塑性及脆 性三大力学性质的精准预测与理性设计。其核心突破在于构建了"数据驱动－智能预测－靶点识别－结 构调控"的全链条技术范式。"平台通过深度学习海量数据，不仅能快速预测目标晶体的机械性能，更关 键的是，基于其注意力机制，可识别并可 ...

作为国家电网直属的科研产业龙头企业，南瑞集团五十多年来始终深耕能源电力领域，是科研与产业深 度融合的标杆。国网公司首席专家、国网电科院(南瑞集团)系统保护实验室主任薛峰在参加会议时表 示，作为聚集大量科研人才的龙头企业，南瑞集团的发展也深切受益于南京的人才政策。 江苏省委常委、南京市委书记周红波说，过去一年，南京大力建设科技强市、产业强市、人才强市，取 得了新的标志性成果，在培育发展新质生产力上迈出坚实步伐。"十五五"开局之年，要在国家战略大局 下思考南京作为、推进南京行动，更加注重系统集成、平台聚力、主体育强、改革赋能，把各项政策和 措施进一步向培育产业聚焦、向破解难题发力、向集聚人才倾斜，大力促进科技创新和产业创新深度融 合，加快塑造发展新动能新优势。 会议发布了《南京市深入推进"人工智能+"行动打造国家人工智能创新应用先导区升级版实施方案》， 这是全国首个国家人工智能创新应用先导区升级版方案。方案明确了"两步走"目标，到2027年将培育10 个特色产业园区、100个优秀行业大模型，推出1000款智能终端和智能体产品，赋能万家企业完成智能 化升级。同时发布的《南京市打造"6G之城"行动计划(2026-20 ...