Core Insights - The breakthrough in deep-sea gold exploration by Zhaojin Mining through its subsidiary Ruihai Mining marks a significant advancement in China's gold industry, leveraging intelligent technology to overcome technical bottlenecks in deep-sea mining [1][4][10] - The exploration results revealed high-quality concealed ore bodies at significant depths, with thicknesses of 25.04 meters at -520 meters and 11.6 meters at -1480 meters, showcasing grades of 6.59 g/t and 4.10 g/t respectively, which are substantially higher than the national average [1][3][4] Group 1: Industry Challenges and Innovations - Deep-sea mining has long been considered a challenging area due to weak exploration signals, complex geological conditions, and the need for high-precision predictive technologies [2][3] - Zhaojin Mining's strategy integrates infrastructure and exploration, focusing on stabilizing resource reserves as a key support for long-term development [2][3] - The collaboration with academic institutions and national projects has established a robust foundation for technological breakthroughs in deep-sea mining [3][5] Group 2: Market Dynamics and Policy Support - The global gold supply is under pressure, with a predicted decline of 2.3% in gold production by 2025, while the average grade of the top ten gold mines has dropped to 0.9 g/t, exacerbating supply constraints [6][7] - China's gold production remains high, but structural issues such as increasing low-grade resources are driving up extraction costs [6][7] - Recent policy initiatives aim to enhance gold resource quantity and quality, particularly in deep mining technologies, providing a supportive framework for companies like Zhaojin Mining [6][7] Group 3: Economic Factors and Future Outlook - The long-term high prices of gold, currently exceeding $4,300 per ounce, are driven by resource scarcity, macroeconomic factors, and rising extraction costs, creating a favorable environment for the gold industry [7][8] - Zhaojin Mining's advancements in deep-sea mining not only enhance its resource reserves but also position the company for valuation recovery and long-term profit growth [8][10] - The successful application of intelligent technology in deep-sea mining sets a precedent for future resource exploration and diversification, contributing to the sustainable development of the gold industry [9][10]

冬日的徐州经开区，招商热潮涌动。作为徐州经济高质量发展的主阵地、主力军、主引擎，徐州经开区 锚定"2+3"主导产业布局，打破产业壁垒，以"创新驱动"为主线，让制造业、科技、服务业招商深度融 合、同向发力，在寒冬里跑出招商新动能，为徐州高质量发展注入澎湃暖流。 如果说精准对接是招商的"先手棋"，那么资源协同就是项目落地的"强支撑"。徐州经开区深知，单个项 目的落地离不开产业链、创新链、服务链的协同发力，为此着力搭建高能级平台，让分散的资源拧 成"一股绳"，为项目落地成长提供肥沃土壤。 在产学研协同方面，依托"校企双进"常态化联动机制，招商团队定期组织需求发布、成果对接活动，像 一座"桥梁"架起企业与高校院所的合作通道。截至目前，已征集80余项区内企业与高校院所的产学研合 作及技术需求，成功对接徐州医科大学生物医药转化研究院、上海交通大学国家技术转移中心（徐州） 两个优质项目。"经开区搭建的对接平台太及时了，我们的'肿瘤靶向药物研发'项目正需要高校的技术 支撑，通过这个平台，很快就与高校达成了合作意向。"某生物医药企业负责人兴奋地说。这种"企业提 需求、高校出技术、政府搭平台"的模式，让高校的"智力成果"快速转化 ...

深化新会陈皮产 品创新与文化传 播，中国药文化 研究会陈皮产业 分会揭牌_南方 +_南方plus "揭牌，新会陈 皮将迎来新的里 程碑！"12月12 日，第七届新会 陈皮文化节系列 活动开幕现场， 中国药文化研究 会陈皮产业分会 揭牌成为活动一 大看点，分会的 揭牌被视为汇聚 专业力量、助推 新会陈皮产业高 质量发展的重要 举措，也标志着 新会陈皮在产学 研协同与标准化 建设方面迈入新 阶段。 中国药文化研究会陈皮产业分会在江门新会区正式揭牌。 "新会始终坚守 道地属性， 让'新会陈皮'四 个字愈发闪亮， 成为消费者信 赖、市场追捧的 金字招牌。"中 国药文化研究会 会长禹同生在本 届文化节开幕式 上给予高度肯 定。据介绍，中 国药文化研究会 一直是新会陈皮 文化挖掘及产业 高质量发展的支 持者、参与者、 见证者。"新会 陈皮文化节"多 次由中国药文化 研究会主办，新 会区也获得中国 药文化研究会颁 发的"新会陈皮 道地药材之 乡""中国和药文 化共建示范基 地""中国新会陈 皮文化博物 馆"等荣誉。 一片好陈皮，源 自一方好水土。 禹同生指出，新 会陈皮独特的道 地性，是其独特 的地理环境、气 候条件、土壤 ...

Core Insights - The cultivation of agricultural and forestry talents is essential for modernizing agriculture and rural revitalization in China, impacting various sectors from seed innovation to smart agriculture and rural governance [1][2] Group 1: Agricultural and Forestry Talent Development - As of 2024, China has over 500 agricultural universities and more than 2,500 specialized programs, indicating a significant increase in talent cultivation [1] - The establishment of over 1,800 technology small courtyards across 31 provinces, with over 2,700 instructors and experts, has facilitated the transformation of scientific achievements into practical agricultural techniques [1] - Initiatives like "Anji Consensus," "Beijing Guide," and "Beidacang Action" launched by the Ministry of Education since 2019 have promoted reforms and innovations in higher agricultural education [1] Group 2: Role in Ecological Construction - There is a notable shortage of high-quality ecological products in China, with insufficient branding efforts for green and organic products, leading to a mismatch between supply and demand [2] - Many regions rely heavily on traditional models like eco-tourism and specialty agriculture, resulting in a lack of coordinated efforts and overall planning [2] - Agricultural and forestry talents can leverage modern technologies such as big data and AI to assess ecological resources accurately and innovate in ecological product development [2] Group 3: Collaborative Approaches to Talent Training - Strengthening collaboration among universities, government, and enterprises is crucial for aligning talent training with industry needs, particularly in areas like ecological product valuation and market mechanisms [3] - The establishment of practical teaching platforms, such as ecological agriculture demonstration parks and training centers, can enhance students' abilities to address ecological economic challenges [3] - Promoting interdisciplinary integration in talent cultivation is essential, focusing on breaking down barriers between traditional knowledge systems and incorporating cutting-edge technologies like AI [3]

今年下半年，南通家纺园区在产学研协同上持续发力，通过探索校企地联动、现代学徒制赋能、科创资 源对接等多元路径，为家纺产业高质量发展筑牢坚实支撑。 近日，来自江苏联合职业技术学院通州分院的40名学生，在6位企业导师的指导下，圆满完成了为期3周 的实践学习。"学生返校后纷纷表示，这次学习收获颇丰，掌握了课堂之外的实操知识，对于行业有了 更深入的了解。"学院现代服务系主任黄超介绍。这是南通家纺园区与江苏联合职业技术学院通州分院 联合探索的现代学徒制新模式，通过"理论+实操"的精准对接，实现了校企资源共享、人才共育的双赢 目标。 校企地联动破局，"科创+AI"激活产学融合新引擎 9月23日，家纺园区牵头金太阳（300606）纺织科技等企业，赴江苏工程职业技术学院开展校企对接专 场活动。现场，"高端纺织科技创新园"共建协议签约，标志着"园校共建、产教融合、校企协同"的可持 续发展机制落地生根。这一机制精准嫁接高校在家纺领域的专业优势与产业发展刚需，既为企业破解人 才短缺、技术瓶颈等痛点难题，又为高校教学实践、学生实训及科研成果转化搭建"实战平台"，更以源 源不断的创新活力为家纺产业转型蓄能，实现校企地多方赋能、价值共赢 ...

11月29日至30日，2025中国人工智能大会全国人工智能学院院长(系主任)年会在北京隆重举行。中国人 工智能学会与北京英博数科科技有限公司(以下简称"英博数科")在会上携手正式发布 "CAAI-英博云高 校学院算力支持计划" ，并成功举办 "云聚智领・英博之夜"座谈会 ，与来自全国多所高校的AI学院院 长、副院长及学界权威代表共话智能算力赋能高等教育的新路径。 在大会主论坛开幕式上，英博数科CEO浦威、中国人工智能学会理事长戴琼海、十余位高校院长及副院 长共同出席 "CAAI-英博云高校学院算力支持计划"启动仪式 ，标志着这一面向高校AI教育与科研的专 项支持计划正式启动。 (图：英博数科CEO浦威、学会理事长戴琼海院士以及各位高校人工智能学院院长/副院长出席启动仪式) 该计划聚焦当前高校在AI教学与科研中普遍面临的"用不上、用不好、算不清"三大算力痛点，面向每所 合作高校学院提供等额50万元的算力资源支持，覆盖以下三类核心场景： 1.科研项目：支持前沿课题的大模型训练与科学计算； 2.课程项目：助力AI精品课程开发与实践教学环境搭建； 3.大赛项目：赋能算法竞赛、创新挑战赛等学生赛事孵化。 同时，计划围绕 ...

12月1日，一场"廊校协同"的推进会在杭州师范大学（以下简称"杭师大"）仓前校区举行——杭州 城西科创大走廊管委会与杭师大携手，锚定高水平争创国家大学科技园目标，协同实施"12350"行动， 为双方写深写实教育科技人才一体化改革发展、科技创新和产业创新融合"两篇大文章"注入强劲动能。 现场，城西科创大走廊管委会与杭师大签署战略合作协议，明确以杭师大科技园文一西路园区、青 山湖园区为"实体阵地"，合作建设城西科创大走廊杭州师范大学成果转化基地，实行空间、机构、人 员、资源"四个合一"。未来3年，推动100项以上高质量科技成果转化，孵化50家以上科创企业……协议 中的量化目标，让在场的学校科研人员与企业代表倍感振奋。 当天启动的"12350"行动，将协议拆解为清晰的"路线图"：聚焦城西科创大走廊杭州师范大学成果 转化基地这"1"核心成果转化基地，筑牢创新转化"主阵地"；依托杭师大参与共建国家有机硅产业技术 工程化中心，合作建立杭州城西科创大走廊前沿科学仪器设备开放共享平台"2"大关键技术支撑平台， 破解产业发展"卡脖子"难题；合作新建杭州城西科创大走廊人工智能校企协同创新中心、材料调控生命 再生研发与产业化中心、 ...

Group 1 - The 2025 Edible and Medicinal Fungi Industry Chain Innovation Conference was held in Linqing City, Shandong Province, focusing on the theme of "Integration of Three Elements, Industrial Interaction, and Innovative Development" [1] - The conference gathered over 300 industry experts, business representatives, and government leaders to discuss innovative development paths for the edible and medicinal fungi industry, aiming to plan new blueprints for rural revitalization and industrial upgrading [1] - Key discussions included gene editing, resource utilization of mushroom waste, and the development of the mulberry mushroom industry, emphasizing the importance of standardization and collaboration between industry, academia, and research [1] Group 2 - Linqing City is actively promoting the protection of ancient mulberry resources and aims to build a comprehensive industry chain that includes seed selection, standardized planting, deep processing, and brand marketing [2] - The current planting area for edible and medicinal fungi in Linqing is 3,500 acres, with an annual output of 19,600 tons and an annual output value of approximately 300 million yuan [2] - The mulberry mushroom industry has developed a scale of 800,000 bags of mushroom spawn and 330 tons of mulberry mushrooms annually, with over 90 products developed, including traditional Chinese medicine pieces and functional foods [2] Group 3 - Linqing has implemented a "leading enterprise + base + farmers" model to promote the cultivation of edible fungi, which has increased employment and income for local residents [3] - The mulberry mushroom industry is integrated with cultural tourism, enhancing the medicinal value of mulberry mushrooms and the cultural significance of ancient mulberry trees, with annual tourist visits exceeding 35,000 [3] - Linqing has established a complete edible and medicinal fungi industry system, with "Linqing Mulberry Mushroom" recognized as a national special agricultural product and has received various national honors [3]

Core Insights - China's agricultural technology innovation has made significant progress, with the contribution rate of agricultural technology advancement reaching 63.2% and the comprehensive mechanization rate of crop farming exceeding 75% [2][3] - The Ministry of Agriculture and Rural Affairs emphasizes the need to cultivate leading agricultural technology enterprises and strengthen their role in innovation [2][5] Group 1: Agricultural Technology Innovation - The structural contradiction of "many papers and patents, but few industrial transformations" in agricultural technology innovation has been a long-standing issue [3] - The Ministry of Agriculture and Rural Affairs has initiated a program to support enterprises in taking a leading role in agricultural technology innovation, encouraging them to participate in decision-making and major projects [3][5] - A database of agricultural technology enterprises has been established, currently including over 2,600 companies across five major fields: seed industry, agricultural machinery, planting and breeding, agricultural inputs, and food processing [4] Group 2: Collaboration and Integration - A number of innovation alliances led by technology enterprises have been established to enhance the integration of production, education, and research [5] - Companies are collaborating with top universities and research institutes to address key challenges in agricultural technology, significantly improving production efficiency [5][6] - The participation of enterprises in major agricultural technology projects has reached 50% of total participants, indicating a strong collaborative effort [5] Group 3: Market-Driven Innovation - Companies like Boyuan Biotechnology are leveraging market insights to develop innovative solutions, significantly improving efficiency in genetic transformation and gene editing [6] - The agricultural machinery sector is experiencing a transformation towards high-end, intelligent, and green products, driven by companies like Zoomlion [7] - The innovation index of agricultural enterprises in China has shown steady growth over the past five years, reflecting increased investment in innovation [7] Group 4: Support Mechanisms - A comprehensive support system is being developed to enhance the innovation capabilities of agricultural enterprises, including financial support and talent cultivation [8][9] - Various banks are offering tailored financial products to address the funding challenges faced by agricultural technology companies [9] - Initiatives such as the "Agricultural Park Science and Technology Enterprise Loan" are being introduced to support the development of agricultural technology enterprises [9]

Group 1 - The Guangdong-Hong Kong-Macao Greater Bay Area is forming a collaborative innovation network, with Hong Kong's science park generating cutting-edge technologies, Shenzhen rapidly converting research results into market products, Dongguan efficiently assembling precision components, and Guangzhou's logistics network distributing innovative products globally [1][2] - The "Guangdong-Hong Kong-Shenzhen" innovation cluster has topped the global innovation cluster ranking for the first time, marking a historic leap from second to first place after five consecutive years [1][2] - The collaboration in the Greater Bay Area is characterized by breaking regional barriers and integrating innovation resources, leading to the rapid growth of startups and research teams [1][2] Group 2 - The innovation collaboration in the Greater Bay Area is fundamentally a precise division of labor and resource integration among cities, creating a closed-loop system covering "R&D—transformation—manufacturing—sales" [2][3] - Hong Kong focuses on basic research, Shenzhen drives product transformation, Dongguan empowers mass production, and cities like Guangzhou provide logistics and policy support, enhancing the international competitiveness of products [2][3] - The cost advantages and complete supply chain in the Greater Bay Area attract startups, enabling them to quickly expand overseas and meet international market requirements [3][4] Group 3 - The Greater Bay Area has established an efficient bridge for transforming research results into market applications through deep collaboration between medical and engineering fields, as well as policy support and talent advantages [4][5] - The collaboration between universities and enterprises in the region exemplifies the synergy of industry-academia-research cooperation, facilitating the transformation of innovative technologies into practical applications [5][6] - The internationalization of the Greater Bay Area enhances its role as a crucial hub for linking global resources, with Hong Kong acting as a bridge for mainland innovations to enter international markets [6][7] Group 4 - The Greater Bay Area's collaborative innovation is expected to continue strengthening, enhancing the complementarity between Hong Kong's international innovation center and the mainland's industrial advantages [6][7] - The region is poised to become a global leader in scientific and technological innovation, fostering the growth of startups and accelerating the emergence of innovative results [7]