中新社北京3月28日电 题：中外嘉宾中关村对话 开放科学需全球协作 作者 苏婧欣 赵婧姝 "开放科学是实现公平、共享繁荣的基础，这一事业需各方合作才能实现"，联合国教科文组织东亚办事 处代表夏泽翰28日在2025中关村论坛年会上说。 在当天举行的2025中关村论坛年会"开放科学国际论坛"上，多位嘉宾呼吁各国携手合作，共同推进开放 科学这一全球性事业。 开放科学具有全球意义 开放科学是一种新型的科学研究模式，旨在促进科学知识共享、交流与合作，提高科学研究透明度、可 重复性与效率，其价值在于促进知识共享与公平发展。夏泽翰说，2021年联合国教科文组织发布的《开 放科学建议书》得到193个成员国批准，开放科学不仅促进可持续发展，还能让各地区公平地获得科学 知识，同时也是实现公平、共享繁荣的基础。 联合国教科文组织科技与创新政策处处长以色拉·克拉克指出，许多发展中国家急需科学解决方案应对 挑战，却因科学数据获取壁垒而受限，"开放科学不仅关乎一种理念，同时也是一种进步，能够解决我 们这个时代最大的挑战，但开放科学不仅是一个机构、一个学科或者一个国家可以单独解决的问题。" 开放科学仍面临挑战 尽管开放科学意义重大，其实施 ...

高清 倍速 00:00 02:11 （央视财经《经济信息联播》）2025中关村论坛年会围绕着具身智能、生物制造、AI赋能等领域设置了60场平行论坛，这些未来产业的发展趋势成为关注 的焦点。 总台央视记者 乔楠：这台单孔腔镜手术机器人，可以应用于多种手术。通过这样一台遥控操作装置，医生可以远程开展手术治疗。而最新的机器人平台的 引入也降低了单孔手术的学习曲线，使更多医生能够掌握这一技术。AI算法和机器人系统能够最大程度减少手术中的手部颤抖，提高手术的稳定性和精准 性。 此外，论坛年会上还展示了人工智能与其他前沿技术的融合，如6G、量子科技、脑机接口等。 与会嘉宾表示，近年来远程手术机器人技术已在全球范围内得到广泛应用和认可，今年以来，AI技术在医疗领域的应用正以前所未有的广度和深度拓展。 中国科学院院士 陈竺：大的趋势就是学科的交叉融合，AI已经逐渐应用到精准影像学的诊断，个性化疾病的防治以及远程医疗。我们也高兴地看到， DeepSeek和血压管理系统的整合体系已经在香港落地。 长三角国家技术创新中心主任 刘庆：具身智能也好，人形机器人也好，我觉得现在才刚刚处于爆发期的初期，但是每个城市要有自己的特点。 中关村 ...

转自：北京日报客户端 作为中关村论坛年会的配套活动，2025中关村硬科技嘉年华3月28日开启。 今年的硬科技嘉年华围绕AI、AIGC、AGI等技术，聚焦具身智能、生成式AI以及商业航天等领域，搭 建了全球新技术、新产品、新成果首发首展、体验互动平台，推动人工智能产业创新发展。 70多家科技企业、创新团队、科研机构、高校将携具身智能、生成式AI、智能应用等硬科技领域新、 奇、特的技术和产品亮相嘉年华，十大新产品将在嘉年华上首发，记者带您一起看： 1荣耀HONOR：AI拍学机 把世界变成孩子的课本，AI拍学机内置自研云天天书大模型，通过拍照学习的方式，帮助孩子以真实 场景为起点，探索身边的每一个事物。 YoudaoOpenEar全球首发，无感佩戴，国内首款AI原生学习硬件，搭载Deepseek+自研子曰大模型。 3七鑫易维：辅助一体机眼动仪 用眼睛玩游戏、沟通打字？七鑫易维全新眼控辅助一体机，精准捕捉细微眼动，让你仅凭视线即可自由 操控屏幕。更重要的是，这项技术不仅革新交互方式，还为运动神经元病患者、渐冻人及失能群体搭建 沟通桥梁，重建他们与世界的联系。 4美柯森科技：COLORPIK智能墨水笔 可生成1600万 ...

Group 1 - The 2025 Zhongguancun Forum showcased a variety of advanced robotics, highlighting their growing role in various applications [1][5] - Qinfly Technology presented two lifelike interactive robots named "Nia," which attracted significant attention from attendees [1][4] - The "Yuwenfeng" digital twin calligraphy robot, also developed by Qinfly Technology, demonstrated advanced capabilities in mimicking human actions [4] Group 2 - Beijing Gas introduced an intelligent inspection robot called "Inspection Elf," capable of autonomous operation for gas pipeline inspections using AI and adaptive algorithms [5] - The integration of AI and robotics is driving new productivity in traditional industries, exemplified by the "Xuanhuang Recognition Multi-modal Intelligent Monitoring Device" for traditional Chinese medicine diagnosis [7] - The "Beina No. 1" brain-machine interface system, developed by Beijing Chip Intelligence Technology Co., offers groundbreaking treatment possibilities for patients with severe disabilities by decoding brain signals [7]

Group 1 - The core theme of the news is the importance of international cooperation and open sharing in technological innovation, with ASEAN emerging as a key partner for Chinese enterprises in various fields [1] - The "2025 Cross-Border Development Service Platform" was launched to facilitate resource exchange and cooperation between Chinese and ASEAN enterprises, providing comprehensive services such as market research, policy consultation, and financial support [3] - The platform is part of the internationalization strategy of Zhongguancun Development Group, which has signed multiple cooperation agreements with countries like Saudi Arabia, Italy, and the UAE, focusing on deepening regional cooperation with ASEAN [3] Group 2 - ASEAN is becoming the preferred destination for Chinese enterprises, particularly in the fields of artificial intelligence and digital economy, driven by the region's strong economic vitality and favorable labor costs [4] - Over 6,500 Chinese enterprises have made direct investments in ASEAN, with more than 70% planning to expand their business scale, highlighting the region's advantages in labor costs, consumption potential, and policy environment [4] - The collaboration in digital economy and AI presents new opportunities for both parties, with potential for building a "digital economy community" and promoting regional economic integration [4] Group 3 - Companies are advised to optimize their strategies based on the characteristics of different ASEAN countries, leveraging the "Belt and Road" initiative to navigate global uncertainties [5] - Globalization requires a nuanced understanding of each country's culture, policies, and market foundations, as demonstrated by Guanglian Da's localized approach in Southeast Asia [6] - Guanglian Da has established local product and service teams in countries like Singapore, Malaysia, and Indonesia, integrating Chinese technological advantages with local talent for sustainable operations [6] Group 4 - Pop Mart has successfully penetrated the ASEAN market through precise positioning, cultural integration, and supply chain optimization, starting with Singapore and expanding to Malaysia and Thailand [7] - In Thailand, Pop Mart has collaborated with local artists to create localized IPs and adjusted product designs to cater to local consumer preferences, effectively utilizing social media for market engagement [7] - The company has established a core production base in Vietnam to leverage its mature industrial chain and labor advantages, ensuring a resilient supply chain for global market demands [7]

中关村论坛 2025 ZGC FORUM 华为技术有限公司油气矿山军团独立顾问陈为民分享了华为在新能源汽车及充电桩、绿电转化等层面对于低碳节能的发展。如华为自身的机房以及能量空调 系统的改变，采用新型绿色方式降低市场上能源消耗和环境二氧化碳排放。光储能技术、电动汽车技术和ICP技术基础建设方面都在进行减碳、节能。"华为 有一个专门从事数字能源领域的团队，并且拥有自己的产品。同时，除华为的ST之外，数字能源也是华为很重要的业务，这些数字能源战略已经很明确表 示，华为自身要融合数字技术和电力电子技术，发展清洁能源和数字能源化，推动绿色能源共同建设美好的绿色的未来。"陈为民强调。 中控技术股份有限公司碳能优化产品管理总监田利军则通过案例分享呈现了中控技术在能源低碳方面作出的布局。 根据田利军介绍，在一家大型的生物发酵企业，根据中控技术的服务运营，整个循环水单位供能量的用电量下降了18%。另外在一家大型化工企业，在不允 许中控技术进行在线闭环控制之际，其经过修改调整建议，实现一年200多万的节能效果。 中国科学院过程工程研究所研究员曹宏斌介绍了数据+AI技术助力退役电池的绿色高效利用。在曹宏斌看来，电池要循环利用，其 ...

Core Concept - Open science is a transformative research paradigm that emphasizes the need for international cooperation and open sharing of scientific knowledge to address global challenges [3][4]. Group 1: Importance of Open Science - Open science is increasingly urgent due to global sustainability demands, such as climate change and biodiversity issues, which require collaborative efforts beyond single disciplines [3][4]. - The shift from isolated research to collaborative, large-scale projects necessitates open access to research data and results, marking a significant change in traditional research paradigms [3][4]. Group 2: Policy and Institutional Support - The revised "Science and Technology Progress Law" in China explicitly promotes the development of open science, highlighting its role in advancing national scientific progress [4]. - Recent policies aim to create a globally competitive open innovation ecosystem, providing institutional support for open science initiatives [4][5]. Group 3: Challenges to Open Science - Major challenges include the need for trust in data sharing and the complexities of managing sensitive information, which can hinder the open science movement [6][7]. - The academic publishing industry faces difficulties in transitioning to open science due to historical practices and the need for mutual trust among researchers [7]. Group 4: Strategies for Advancement - Promoting open science requires multi-level cooperation, leveraging international organizations and collaborative platforms to facilitate knowledge sharing [8][9]. - Establishing a supportive policy environment and enhancing infrastructure sharing are essential for fostering open science and addressing global challenges effectively [9][10].

Group 1: Core Insights - The forum focused on the collaboration between China and South Korea in the robotics industry, emphasizing the need for information sharing and cooperation to advance global robotics technology [3][10] - The emergence of humanoid robots at the forum showcased the practical applications of embodied intelligence, transforming AI from a virtual concept to a real-world entity capable of physical actions [4][7] - The Chinese robotics industry is experiencing significant growth, driven by advancements in AI and a robust supply chain, with a notable increase in patent applications for humanoid robots [8][9] Group 2: Industry Developments - Tesollo, a South Korean robotics company, introduced the Delto Gripper-5 Finger, a five-fingered robotic hand with 20 degrees of freedom, optimized for various industrial applications [5][6] - The market for humanoid robots is projected to expand significantly by 2025, with increasing demand across commercial and consumer sectors, indicating a shift towards more widespread adoption [9] - The collaboration between China and South Korea in the robotics sector is expected to deepen, with a focus on specialization and segmentation within the industry [10]

Core Viewpoint - The Beijing-Tianjin-Hebei (Jing-Jin-Ji) region is entering a new phase of deep resource integration and innovation-driven development, with a focus on establishing a comprehensive service platform for technology innovation aimed at enhancing regional competitiveness in hard technology [1][3][4]. Economic Performance - Since the initiation of the Jing-Jin-Ji collaborative development, the economic total has crossed six trillion yuan milestones, with a projected regional economic total of 11.5 trillion yuan by 2024 [3]. - The technology contract transaction amount from Beijing to Tianjin and Hebei has increased from 11.15 billion yuan in 2015 to 83.47 billion yuan in 2024, reflecting an annual growth rate of over 25% [3]. Collaborative Development - The region has established a new collaborative development pattern with six industrial chains and five industrial clusters, achieving seven key breakthroughs and landing 71 projects [3]. - The number of national-level advanced manufacturing clusters has increased to seven, with projects like the Jing-Jin-Ji smart connected new energy vehicle ecological port accelerating construction [3]. Innovation and Application Scenarios - Tianjin has released 37 typical application scenarios for "Artificial Intelligence + Manufacturing," while Hebei has selected eight key industrial innovation application scenarios, covering sectors such as modern steel, green chemicals, biomedicine, electronic information, new energy, and intelligent connected vehicles [3][4]. Integrated Service Platform - The Zhongguancun Development Group has built a comprehensive technology innovation service ecosystem with Tianjin and Hebei, establishing four key projects and 17 cooperative park projects, covering an operational area of nearly 700,000 square meters [4]. - A one-stop integrated service platform is planned to be established, offering a full range of technology innovation services tailored to different stages of enterprise development [4]. Future Development - The Jing-Jin-Ji region aims to serve as a model for high-quality development, with plans to introduce replicable and demonstrative projects in the next decade [5]. - There is a focus on building a globally influential industrial technology innovation center and actively integrating into the global innovation network [6]. International Cooperation - The launch of the "Jing-Jin-Ji European Social Organization Technology Cooperation Mechanism" marks a new stage in Sino-European cooperation, enhancing economic, technological, and cultural integration [8].

邱达根表示，"目前，全球都在探索数字资产的监管模式，而香港凭借其金融和法律优势，对相关企业 具有很大吸引力，相信合规发展是这个行业的必然趋势。完成立法工作后，我们有信心吸引更多企业来 香港拓展业务。" 目前，香港在金融科技领域持续保持领先地位。但面向长远，随着时代变迁，下一代乃至未来多代的金 融募集模式，很可能不再单纯依赖股票市场。邱达根认为，虚拟资产的发展路径，与国际发展走向紧密 相连。 "虚拟资产市场若要实现稳健发展，除了依靠技术驱动，还需同步做好市场推广工作。" 邱达根称，作 为稳定货币政策讨论主席，其参与推动了一系列法律拟定工作。其中，稳定币相关法律有望尽快通过， 预计今年下半年，香港将明确虚拟市场、虚拟货币的买卖及发行条件，通过构建完善的监管体系，推动 金融科技朝着更加规范化的方向持续发展。 会上，香港特别行政区第七届立法会议员、香港资讯科技联会会长邱达根在接受北京商报记者专访时介 绍，虚拟资产也就是数字资产，是一个极具潜力的发展领域。如今，企业的募资需求日益多元化，除了 股市，虚拟资产领域也成为重要的募资渠道，对科技发展有着重要推动作用。 在虚拟资产监管方面，邱达根介绍，香港出台了多项措施。今年， ...