近日，在山东省工业和信息化厅、教育厅、科学技术厅联合主办的"高端软件与人工智能产业链产学研 精准对接和新技术新产品推介活动"上，潍坊现代农业山东省实验室、北京大学现代农业研究院、山东 移动潍坊分公司、中移齐鲁创新研究院四方联合，正式发布育种大模型（BreedGPT）。该模型的发 布，标志着我国作物育种科研与产业应用在智能化、精准化方向上迈出关键一步。 BreedGPT旨在解决传统育种痛点，推动从"经验育种"向"精准设计育种"的实质性跨越。该模型依托中 国移动研究院"AI For Science (AI4S)"科学装置的强大算力支持，以及中移齐鲁创新研究院自主构建 的"AI+"技术平台，深度融合先进的大模型技术与农业育种专业知识体系，构建了覆盖科研智能问答、 基因深度解析、高效文献检索、智能科研辅助四大核心场景的全链条育种智能平台。其目标是提升育种 科研效率，加速优良品种选育进程，为我国农业高质量发展和粮食安全提供关键技术支撑。 BreedGPT的核心能力与显著优势体现在以下几个方面： 智能化的科研辅助。BreedGPT创新性地将文献理解模型与生物学知识库相结合，并运用大模型智能体 技术。用户通过输入关键词，即 ...

Core Viewpoint - The Sanya Yazhou Bay Science and Technology City High-tech Zone has been recognized for its successful transformation of intellectual property into assets, showcasing a model for resource utilization and precise supply-demand matching in the agricultural and marine sectors of China [5][6]. Group 1: Intellectual Property and Innovation - The Sanya Yazhou Bay Science and Technology City High-tech Zone was the only case from Hainan Province selected in the National Intellectual Property Administration's 2024 "Intellectual Property Service Journey" activity [5][6]. - The zone has successfully incubated 119 enterprises, including 28 founded by students and faculty from Hainan University [15]. - The zone's initiatives have led to the submission of multiple patents and trademarks, significantly reducing the average authorization period for invention patents to three months [18]. Group 2: Entrepreneurial Success Stories - Li Rongxuan, a graduate student, founded a company focusing on innovative chili pepper breeding, securing a technology service contract worth 2 million yuan [10][9]. - Feng Suyang, a PhD graduate, established a company specializing in hydrogen energy technology, achieving over 1 million yuan in revenue and filing 25 new patent applications [11][13]. - Wang Shiming, a farmer, transformed traditional farming methods into valuable intellectual property, securing a loan of 2 million yuan against his patents, which were valued at over 7 million yuan [19][20]. Group 3: Agricultural Innovations - The introduction of sweet corn varieties has led to increased income for local farmers, with planting areas expanding to over 60,000 acres [22][23]. - The Sanya Yazhou Bay Science and Technology City has facilitated partnerships between agricultural companies and research institutions, resulting in the development of new agricultural products and technologies [24]. - The zone has successfully facilitated the conversion of 1,078 technology achievements into practical applications, with a total transaction value of 2.2 billion yuan [25].

Core Viewpoint - The article discusses the development blueprint for the tilapia industry in Maonan District, Maoming City, emphasizing collaboration among government, enterprises, and research institutions to enhance the industry's quality and competitiveness [2][5][6]. Group 1: Industry Development and Planning - The Maonan District Tilapia Association held its third general meeting, where a new leadership team was elected, and a development plan for the tilapia industry was released [2][5][12]. - The "Maoming City Maonan District Tilapia Industry Development Plan (2025-2030)" aims to achieve a tilapia production of 120,000 tons and an industry chain output value exceeding 12.5 billion yuan by 2030 [24][25]. - The plan focuses on core strategies such as "industry foundation, cultural soul, digital empowerment, capital operation, and cooperative prosperity" [23][24]. Group 2: Collaboration and Innovation - The Maonan District Tilapia Association signed a cooperation agreement with the Freshwater Fisheries Research Center of the Chinese Academy of Fishery Sciences to establish a tilapia germplasm innovation platform [19][20]. - The association aims to enhance industry standards, quality supervision, and promote the "China Tilapia Capital" brand through self-regulation and cooperation among enterprises [28][30]. Group 3: Current Industry Status - The tilapia industry in Maonan has a cultivation area of 48,600 acres, producing over 1.3 billion fry annually, with an annual output value exceeding 2 billion yuan [35][36]. - The region has established a complete industry chain, from fry production to processing, with a processing capacity exceeding 600,000 tons annually [47][48]. Group 4: Financial and Technological Support - The industry has received 32 utility model patents and established a full-process traceability platform in collaboration with Southern University of Science and Technology [52][53]. - Financial support measures include a loan issuance of 664 million yuan and the establishment of a comprehensive financial service center to alleviate financing difficulties for enterprises [54][55]. Group 5: Policy and Market Integration - The tilapia industry was selected as a national modern agricultural industrial park in 2025, integrating into the Pearl River Delta consumer market through the "Zhanmao Cooperation" mechanism [56][57]. - The industry supports over 5,000 farmers and more than 15,000 people, contributing to rural revitalization as a pillar industry [58].

在千亿级产业集群——光电子信息产业基地光电产业圈的核心区，武汉中旗光电科技有限公司（以 下简称中旗光电）的会议室里，创始人顾勇刚和技术骨干就核心产品晶圆卡盘的又一次技术升级开展讨 论。与此同时，在光谷腹地的一处车间，一块块晶圆卡盘正从生产线上顺利下线。 在温度控制体系中，晶圆卡盘处于核心地位，堪称"皇冠顶上的明珠"。 工程师周华健介绍，传统调温高温多使用电加热丝，加热时间需35分钟。传统调温低温使用冷媒或 液氮，变温时间也需35分钟。现在，公司产品突破时长，既可加热也可制冷，5分钟内完成变温，价格 上较传统产品下降2/3，具有极大的市场优势。 "突破半导体级温控技术壁垒，才能推动实现全产业链国产化替代。"顾勇刚斩钉截铁地说道。 正在武汉大学攻读集成电路科学与工程专业博士的顾勇刚，已经拥有5家公司，覆盖半导体制造、 激光医疗、生物科技等行业。今年，是中旗光电成立的第十年。瞄准核心技术攻坚十年，企业已成为行 业龙头京东方、歌尔的供货商。 参加大赛，团队收获远超"一座奖杯" 在刚刚举行的第四届武汉大学生"英雄杯"创新创业大赛中，智能制造赛道的顾勇刚团队从837个参 赛项目中脱颖而出，以"基于高精度半导体温度控制技术 ...

Core Insights - The hydrogen energy industry in Shaanxi is rapidly developing, with over 100 hydrogen enterprises established, and the total industry output value expected to exceed 4 billion yuan this year [1] - The first fully automated hydrogen fuel cell stack production line in Northwest China has been launched, enabling domestic production of hydrogen fuel cell stacks that were previously monopolized by foreign companies [2] - Significant cost reductions in hydrogen storage and transportation have been achieved, with new technology lowering the cost from 23.3 yuan per kilogram to below 11 yuan [3] Industry Development - The "14th Five-Year Plan" for hydrogen energy industry development in Shaanxi is being implemented, promoting large-scale demonstration applications of hydrogen energy in various sectors such as public transport and logistics [4] - The first hydrogen energy bus line in Shaanxi has been launched, showcasing the practical application of hydrogen energy in public transportation [5] - Hydrogen-powered assistive bikes are being used in tourist areas, demonstrating the versatility of hydrogen energy applications [6] Ecosystem Construction - A complete hydrogen energy industry chain is being established in the Yulin High-tech Zone, integrating hydrogen production, storage, refueling, and application [7] - The first international joint laboratory for hydrogen energy in Shaanxi has been established, focusing on new hydrogen storage materials and AI-assisted design [7] - The strategic layout of "one core leading, two axes connecting, and three centers supporting" is being implemented to strengthen the hydrogen energy industry in Shaanxi [8][9] Future Projections - By 2025, Shaanxi aims to achieve an annual high-purity hydrogen production capacity of 50,000 tons, with over 200 hydrogen enterprises and a core component output value of around 1 billion yuan [11] - By 2030, a comprehensive hydrogen energy technology innovation system and green hydrogen preparation and supply system are expected to be established, supporting carbon peak goals [11]

Group 1 - Hengfa Hygiene Products Co., Ltd. has launched the "Beijing University of Science and Technology - Anke New Smart Brand Innovation Research Center" to leverage academic resources for innovation [1] - The company has achieved a 30% annual sales growth rate through digital marketing and a three-tier transformation involving "machine replacement - digital empowerment - smart innovation" [1] - In 2023, the company plans to develop biodegradable sanitary materials in collaboration with Shandong universities and will introduce an AI quality inspection system in 2024, aiming for a product quality rate of 99.6% [1] Group 2 - The government has organized over 20 industry-university-research cooperation activities, facilitating direct exchanges between enterprises and top institutions [2] - More than 30 formal cooperation projects have been established, with 8 joint research projects receiving municipal and higher-level technology plan support, totaling 3 million yuan in funding [2] - The establishment of key laboratories, such as the "Key Laboratory of High-Performance Copper-Based New Materials" and the "Key Laboratory of Major Livestock and Poultry Breeding," has positioned them within the provincial "1313" laboratory system, enhancing competitive advantage in technology [2] Group 3 - The local government aims to strengthen the connection between enterprises and academic institutions, promoting dual innovation in technology and industry to drive high-quality industrial development [3]

会议共邀请来自加拿大西安大略大学、香港中文大学、香港理工大学、北京理工大学、山东大学、天津大学、吉林大学、大连 理工大学、山东科技大学、齐鲁工业大学（山东省科学院）等十余所高校，华熙生物、德升生物、芃生科技、风奇科技、山东 发展科创投资、福瑞达生物、海智创新研究会、瑾厚资本、玖悦资本、融动力私募基金公司等十余家企业的近百人参会，作为 第二届BMEMat-Advanced Materials联合会议暨生物医学工程国际会议的议程之一，搭建了一个高效的沟通与转化平台，有效弥 合了实验室前沿技术成果与市场需求及产业化落地之间的鸿沟。 本次技术-产业对接会在生物医药及生物材料等领域针对10余个项目进行了深度对接，通过项目路演、专家研讨、企业洽谈等环 节，精准匹配技术需求与产业资源，与多家企业及科研机构建立了初步合作意向。下一步，山东产研院将持续跟进合作进程， 主动协调各方资源，积极推动企业与科研机构达成合作，推动优质项目落地济南，助力区域生物医药与生物材料产业形成创新 集群效应，加速科研成果向现实生产力转化。 山东大学教授刘宏，济南高新区东区产业发展中心党委委员、副主任王兹东，山东产研院创新发展部部长、产研投执行董事王 ...

Group 1 - The establishment of the Greater Bay Area branch of the Youth Talent Support Project aims to enhance the transformation of scientific and technological achievements and promote the integration of technology and economy [1] - Since its launch in 2015, the Youth Talent Support Project has selected and trained thousands of outstanding young scientific talents, contributing to the development of China's scientific career [1] - The initiative seeks to bridge the "last mile" of technology achievement transformation in the Greater Bay Area by creating a platform for regular cooperation among enterprises, universities, and research institutions [1] Group 2 - Shenzhen's total R&D investment for 2024 is projected to reach 223.66 billion yuan, accounting for 6.46% of the regional GDP, marking a significant position in national rankings [2] - The city emphasizes the role of enterprises as the key link between technology and industry, providing comprehensive support in policy, funding, platforms, projects, and scenarios [2] - The construction of a "research-industry" closed-loop ecosystem is essential for achieving mutual empowerment of technological breakthroughs and commercial value [2] Group 3 - The core value of the Youth Talent Support Project lies in breaking down the "information barrier" between the scientific and business communities, facilitating a regular dialogue mechanism [3] - This mechanism allows entrepreneurs to accurately capture cutting-edge technological trends while providing scientists with industry-demand-driven research scenarios [3] - The project aims to create a virtuous cycle of "demand driving supply, and supply creating demand" [3]

Core Insights - Marine computing is emerging as a key to unlocking the potential of the marine economy, driven by national emphasis on marine economic development and technological innovation [1][3] - The Marine Computing Challenge (MCC) aims to transform laboratory technologies into industrial value through deep collaboration among industry, academia, and research [2][3] Group 1: National Strategy and Marine Computing - The national strategy emphasizes the importance of the marine economy for national economic growth, with policies supporting marine technology innovation [3] - Marine computing, as an interdisciplinary field, utilizes high-performance computing, big data analysis, and artificial intelligence to provide efficient solutions for marine resource exploration, environmental monitoring, and disaster warning [3] Group 2: Marine Computing Challenge (MCC) - The MCC, initiated by the China Pacific Society, focuses on optimizing marine numerical models and addressing technical challenges in marine applications [2][4] - The competition translates urgent national needs into technical challenges, such as enhancing computational efficiency in climate models for marine disaster warnings [4] Group 3: Innovation and Talent Development - The MCC fosters a collaborative innovation ecosystem by linking technical challenges with educational opportunities, promoting the development of interdisciplinary talent in marine science and computing [7] - Previous winners have demonstrated the practical application of their research, bridging the gap between academic theory and industrial practice [4][7] Group 4: Future Developments and Events - The MCC 2025 will feature a more mature event structure, incorporating online training and campus outreach for technical exchanges [11] - The competition aims to create a network that integrates technology, industry, and education, positioning itself as a pivotal player in the future of marine computing [15]

Group 1 - The dialogue event highlighted the achievements of China's modernization and its potential benefits for other countries, particularly in Africa [1][3] - South African students expressed admiration for China's advancements in electric vehicles and the integration of technology in daily life, emphasizing the importance of sustainable development [1][2] - The collaboration between Chinese universities, government, and enterprises is seen as a model for fostering innovation and entrepreneurship, which could be beneficial for South Africa and other African nations [2][3] Group 2 - The Chinese Consul General in Johannesburg emphasized the importance of global integration and shared opportunities in modernization, encouraging youth exchanges between China and South Africa [3] - The President of the University of Johannesburg acknowledged China's remarkable modernization achievements and encouraged South African youth to learn from these experiences [3]