海洋覆盖了全球70％以上的面积，但目前只有5％的区域被人类探明。海洋科学日益成为推动全球可持续发展的重要引擎，如何更好地探索海洋、保护 海洋、利用海洋，成为科学家必须面对的重要课题。 日前，在2025中关村论坛年会海洋科学与发展平行论坛上，围绕"推动海洋科学发展、共促国际合作交流"主题，中外科学家聚焦深海生态、碳汇机制、 地质演化与国际合作等前沿议题，分享最新研究成果与合作实践，呼吁深化拓展国际科技合作，共同促进海洋可持续发展。 我国海洋科学研究取得重大成果 "目前海洋只有5％的区域被人类探明。"科学技术部党组成员、秘书长潘晓东致辞时说，"近年来，我国加强海洋基础研究和海洋科学装备研发，取得了 一批具有国际影响力的重大成果。我国研制成功'奋斗者'号全海深载人深潜器、'海斗一号'无人潜水器，'雪龙2'号极地科考船、'梦想'号大洋钻探船等，极 大提升了中国深远海科学研究和探测能力，拓展了海洋科学研究的新领域。" 不仅如此，我国通过实施海洋负排放国际大科学计划，成功发起或牵头实施数字化深海典型生境、全球深渊深潜探索等大科学计划，推动新一轮国际大 洋钻探计划，一大批中国学者逐步走上国际舞台。 潘晓东表示，下一步，要强 ...

Group 1 - The 2025 Zhongguancun Forum highlighted the importance of standardization in enhancing new productivity through the release of two innovative standardization achievements [1][2] - The State Administration for Market Regulation announced the availability of over 30,000 national standards for free download, addressing the urgent need for access to standards [1][2] - Beijing's market regulatory authority emphasized its role in leading high-quality industrial development through standardization, with a focus on key industries such as quantum information and aerospace [2][3] Group 2 - The forum established a regular communication mechanism between 185 key enterprises and 45 national standard committees, resulting in the identification of 25 key standard needs in priority industries [3] - The forum featured international speakers discussing the role of international standards in promoting the collaborative development of emerging technologies [3][4] - A collaborative framework agreement was signed between the National Information Technology Standardization Technical Committee and several enterprises, including Xiaomi, to advance standardization efforts in artificial intelligence [3][4]

Group 1 - The application of artificial intelligence (AI) technology across the entire energy production, consumption, and management chain is expected to significantly enhance energy efficiency and accelerate the transition of traditional high-carbon industries, including the chemical industry, towards green and low-carbon practices [1] - The integration of AI with various fields in the energy sector is seen as a crucial support for promoting green and low-carbon transformation, particularly in areas such as new energy consumption and smart energy use [1] - The Chinese Academy of Sciences plans to deepen collaboration with various sectors to foster innovation through interdisciplinary and cross-field integration, aiming to leverage AI for low-carbon energy development [1] Group 2 - Huawei is advancing the digitalization of energy by merging digital technologies with power electronics to facilitate the low-carbon transition in the industry, exemplified by their smart chemical park solutions implemented in various chemical enterprises [2] - The company has developed intelligent solutions based on AI and ICT technologies for equipment inspection, safety operations, and process optimization, which aim to reduce costs and enhance safety in chemical operations [2] - Huawei intends to continue innovating in areas such as new materials and catalyst development through AI technology, further accelerating the incubation of smart chemical models [2] Group 3 - The traditional development of new chemical technologies typically requires a lengthy process involving multiple stages, often taking over 10 years to establish demonstration plants, highlighting the need for a breakthrough in research paradigms [3] - A team led by an academician from the Chinese Academy of Engineering proposed a dual-driven approach using data and scientific theory to develop a chemical model that addresses the challenges of scaling up from laboratory to factory [3] - The intelligent chemical model 2.0 has established four key platforms for catalytic reactions, process development, pilot scale-up, and factory optimization, providing a new methodology for chemical technology development [3]

Group 1 - The core concept of "new quality productivity" is emerging as a key term in the medical industry, providing scientific guidance for high-quality development [1] - Experts emphasize that new quality productivity in healthcare focuses on technological autonomy, intelligent services, and industrial collaboration, covering innovations from high-end equipment to AI diagnosis and gene therapy [1][2] - The application of new technologies and achievements is reshaping the healthcare ecosystem, aiming to improve patient cure rates and diagnostic convenience [2] Group 2 - AI-driven innovations, such as vertical large models like DeepSeek, are seen as representatives of new quality productivity, significantly accelerating drug discovery and enhancing disease data collection and analysis [2][3] - The introduction of robotic surgery and AI applications in medical imaging is leading to breakthroughs in minimally invasive and precise surgical techniques [3] - The integration of AI in drug development is expected to enhance innovation capabilities and market competitiveness for companies in the biopharmaceutical sector [3] Group 3 - The 2025 Zhongguancun Forum showcased various medical enterprises actively positioning themselves to ascend the value chain and accelerate the formation of new quality productivity [4] - The "Beijing Brain No. 1" brain-computer interface, developed by Beijing Brain Institute and a tech company, has completed human trials and aims to assist speech-impaired patients [4][7] - Innovative drug companies are highlighting their self-developed products, with a focus on new therapies for blood cancers and autoimmune diseases [7] Group 4 - Medical device companies are emphasizing the importance of improving accessibility to innovative medical products, as demonstrated by the Lattice flow-directed mesh stent for treating intracranial aneurysms [8][10] - The Lattice stent has been successfully implemented in various hospitals, allowing for easier procedures and broader access to treatment in remote areas [10] Group 5 - Investors are increasingly optimistic about the new quality productivity in the medical sector, with AI showing significant potential in drug development, clinical diagnosis, and health management [11] - Domestic companies like BeiGene and Legend Biotech are noted for their competitive performance in global trials, reflecting the growing influence of China's new quality productivity [11][13] - The cell and gene therapy fields are expected to see substantial technological advancements in the next 5 to 10 years, attracting investor attention [13]

一场科技盛会，一个观察中国经济的窗口。 一批重大科技成果亮相、100项国际技术交易创新项目揭晓、促成签约金额810亿元……3月27日至31 日，以"新质生产力与全球科技合作"为主题的2025中关村论坛年会在北京举办。来自全球的上千名嘉宾 共聚一堂，共议科技创新培育新质生产力，为全球创新发展提供新思路、新启示。 科技创新是人类社会发展的重要引擎，能够催生新产业、新模式、新动能，是发展新质生产力的核心要 素。数据显示，我国拥有26个全球百强科技创新集群，连续两年位居世界第一；国内发明专利有效量达 到475.6万件，成为世界上首个突破400万件的国家。以科技创新为支撑，我国经济活力涌动，展现出强 大动能和广阔前景。 活力迸发 看改革点燃科技创新"新引擎" 通用智能人"通通"2.0升级亮相，发布通用人工智能综合评测体系"通智测试"，联合乐聚、宇树等多家 人形机器人公司共同发起成立"通智大脑联盟"……2025中关村论坛年会上，北京通用人工智能研究院发 布多项成果。 "依托新型研发机构的优势，我们纵向贯通产学研、横向实现多学科交叉，围绕共同目标形成创新联合 体。"北京通用人工智能研究院院长朱松纯介绍，新型研发机构最大的优 ...

Group 1 - The 2025 Zhongguancun Forum focused on "New Quality Productivity and Global Technological Cooperation," featuring over a hundred high-level activities and attracting more than a thousand global experts and scholars [1] - Aiko Medical showcased its full range of products in the neuro-intervention field, receiving significant attention and recognition from experts and scholars [1] - The Zhongguancun National Independent Innovation Demonstration Zone exhibition highlighted the role of technological innovation in cultivating new quality productivity and providing new ideas for global innovation development [1] Group 2 - Aiko Medical has been invited to the Zhongguancun Forum for two consecutive years to exchange cutting-edge technologies and showcase scientific and technological achievements [2] - The Lattice flow-directed mesh stent, developed by Aiko Medical, is widely used for treating small to medium-sized vertebral artery aneurysms and has the largest approved indication range among similar products [2] - The Lattice stent has a 12-month aneurysm occlusion rate of 91.4% and a stent-related stenosis rate of only 0.8%, significantly outperforming similar products [2] Group 3 - Aiko Medical introduced the Lattice NEXT "no extended head guidewire" flow-directed mesh stent at the forum, expanding its application to treat unruptured saccular or fusiform wide-neck aneurysms in adult patients [3] - The Lattice NEXT design aims to further reduce surgical risks and enhance safety in neuro-intervention procedures [3] Group 4 - Aiko Medical has eight products approved by the NMPA and has filed 132 patent applications, with 73 granted [4] - The Lattice flow-directed mesh stent has been recognized as an "innovative medical device" by the National Medical Products Administration and received expedited approval through a "green channel" [4] - Aiko Medical aims to provide comprehensive innovative solutions for global cerebrovascular disease patients and doctors, fulfilling unmet clinical needs in the field [4]

Core Viewpoint - The forum emphasizes the need for collaboration among governments, international organizations, academic institutions, the private sector, and society to leverage digital innovation for achieving the United Nations' 2030 Sustainable Development Agenda [1][2]. Group 1: Vision and Goals - The vision is to create a sustainable future driven by digital technology, providing clear, actionable, and measurable solutions to global challenges [3]. - The goals include promoting the innovative application of digital technologies in areas such as biodiversity conservation, climate change, disaster management, and poverty reduction [4]. - There is a focus on developing digital tools to optimize energy efficiency, reduce carbon emissions, and enhance natural resource management [5]. Group 2: Global Digital Resource Sharing - The initiative aims to build a global shared digital resource and technology platform to facilitate high-quality data sharing and circulation [6]. - It seeks to establish sustainable digital infrastructure for global monitoring and analysis [7]. - Ensuring fairness and inclusivity in technology platforms to bridge the "digital divide" among different regions and groups is a priority [8]. Group 3: Policy Empowerment through Digital Technology - The initiative will enhance decision-making capabilities for policymakers by creating digital technology-based decision support systems [9]. - It will utilize digital simulation and forecasting technologies to assess the long-term impacts of policies on social, economic, and environmental aspects [10]. - The application of digital technology in governance systems aims to improve policy execution efficiency [11]. Group 4: Public Education and Engagement - The initiative promotes the development of innovative educational tools using digital technology to enhance public understanding and participation in sustainable development goals [12]. - Interactive digital platforms will be created to encourage societal participation in sustainable development practices [13]. - Virtual reality and artificial intelligence technologies will be leveraged to enhance public awareness of environmental protection and resource management [14]. Group 5: International Scientific Collaboration - The initiative calls for the launch of international scientific programs that focus on using digital technology to address major sustainable development challenges [15]. - It aims to establish platforms for international cooperation in technology research, data sharing, and standard-setting [15]. - The initiative emphasizes supporting developing countries in enhancing their capabilities in digital technology to ensure equitable global cooperation [15]. Group 6: Call to Action and Commitment - The initiative urges all stakeholders, including governments, international organizations, academic institutions, and the private sector, to join in this transformative effort [16]. - It aims to mobilize resources and expertise to promote digital innovation for sustainable development [16]. - A commitment to collaborative and inclusive efforts is emphasized, with a belief that digital technology can be a powerful engine for sustainable development [17].

新京报讯（记者吴婷婷）4月1日，由国家金融监督管理总局北京监管局、北京经济技术开发区共同设立 的"中关村科创金融服务中心（经开区）" 揭牌成立，该科创金融中心将在金融支持科技创新方面先行 先试，为科技创新企业、中小企业提供创新金融服务。 活动中，中国工商银行北京市分行、中国农业银行北京市分行、中国银行北京市分行、中国建设银行北 京市分行、上海浦东发展银行北京分行、北京银行、上海银行北京分行、北京中关村银行8家试点银行 完成入驻签约。当天，共有中国银行、农业银行等试点银行发布首批创新业务31笔，总金额105亿元， 其中已批复授信8笔，授信金额50.5亿元；意向授信23笔，授信金额54.5亿元。 北京经开区相关负责人介绍，未来，中关村科创金融服务中心（经开区）将在三项创新政策的基础上， 不断丰富业务板块，增强协同效应，优化金融服务体系，为科创企业、中小企业提供更丰富的产品选 择、更便利的融资渠道。 编辑 白爽 校对 刘越 中关村科创金融服务中心（经开区），工作人员为企业提供金融服务。新京报记者 李木易 摄 科创金融中心位于北京经开区政务服务中心3层企业服务专区。该中心将充分依托北京经开区科技型企 业资源，发挥入驻 ...

此外，北京银行董事长霍学文、高成投资创始合伙人洪婧、清华大学五道口金融学院副院长张晓燕、欧 中企业联合会会长、瑞士中小企业经济学家恩里克·施耐德(Henrique Schneider) 等专家学者，分享了各 自研究成果及对AI未来的畅想与期盼。围绕"AI的技术创新、商业化与可持续的美好未来"，达晨财智、 明势创投、九合创投、耀途资本、君联资本等深耕科创领域的投资人进行了圆桌对话。 3月31日，由北京市海淀区人民政府主办的2025中关村论坛"人工智能主题日"核心论坛之一"AI未来论 坛：创新·投资·全球化"在北京举行。北京市政府副秘书长许心超、中国银行首席信息官孟茜，海淀区委 常委、副区长马光耀出席活动并致辞，海淀区委副书记杨仁全出席活动。 启明创投创始主管合伙人邝子平在会上表示，人工智能投资前景广阔，在AI2.0时代，人工智能基础设 施投资仍有很大空缺，人工智能应用爆发式增长可期，人工智能应用的投资未来将会多姿多彩。尤其 AI2.0在垂直行业领域与教育、自动驾驶、具身智能、智能硬件等结合是潜力巨大的应用方向。 金沙江创投主管合伙人朱啸虎强调，生成式AI需坚持"应用为王"，建议初创企业充分拥抱开源生态，聚 焦垂 ...

来源：光明网 3月31日，2025年中关村论坛发布多项重磅成果，可持续发展科学卫星1号入选。在中关村论坛——"科 学促进可持续发展国际论坛"期间，中国科学院院士、可持续发展大数据国际研究中心主任郭华东介 绍，作为全球首颗专为联合国2030年可持续发展议程设计的科学卫星，可持续发展科学卫星1号已向全 球104个国家开放超42万景数据，并在城市热岛效应监测、碳排放评估等领域发挥关键作用。 "世界上有很多卫星，比如气象卫星、海洋卫星等，但它们都是观测自然现象的。可持续发展卫星监测 的是人和地球相互作用之后，在地球表面留下的痕迹，从理念上是创新的，从技术上是先进的。"郭华 东介绍，可持续发展科学卫星1号通过监测能够得到城市夜晚九点的图像，从灯光的颜色判断其种类， 从而了解城市能源分布和发展情况。 目前，可持续发展科学卫星1号数据已在多个场景与领域取得应用成果，在城市监测与管理、环境质量 监测、农业与生态、应对自然灾害等诸多方面发挥着重要作用。基于卫星数据的研究已在国际学术期刊 上发表学术论文125篇，内容涵盖"消除贫困""清洁能源""气候行动"等10个可持续发展目标中近20个具 体目标的指标。未来，可持续发展卫星星座 ...