本报讯 记者孙潇报道 "彩云英才荟"近日在昆明举办"绿色技术与新材料协同助力云南产业发展"高层次 人才交流活动。国家级领军人才、合肥工业大学马培勇教授等皖滇两地专家作主旨分享，并与企业代表 深度对话。 活动现场签署了6项柔性引才与产学研合作协议，推动"瓦斯治理""节能减排"等技术落地云南。"皖滇校 企绿色技术与新材料协同创新平台"同步启动。 会后，专家深入云南高校、园区及重点企业生产一线，通过技术服务和项目合作等方式，助力云南产业 高质量发展。 ...

Group 1 - The government work report emphasizes the need to promote deep integration between industrial clusters and various innovation platforms, particularly in the traditional Chinese medicine sector, to enhance high-quality development in Liaoning Province [1] - Representatives suggest accelerating the establishment of comprehensive and open traditional Chinese medicine pilot platforms to facilitate the transformation of research outcomes and build a network of pilot platforms across key regions [1] - The report highlights the importance of breaking the outdated notion that environmental protection is a burden, advocating for a shift towards source prevention and the integration of green technology with other industries [2] Group 2 - The focus on high-quality development in the service industry is underscored, with recommendations for policy measures to nurture leading service enterprises and enhance the integration of technology in production services [2] - The need for county-level economies to refine their leading industries is emphasized, with specific examples of developing key sectors such as metallurgy and new materials, as well as enhancing local agricultural products [3] - Food safety is identified as a critical issue, with calls for improved detection of agricultural product residues and the establishment of a regional food safety data platform to facilitate risk information sharing [3]

（来源：中国航空报） 此外，该研究鼓励人们进一步探索锯齿边缘气流调控的基本机制。了解这些改性点处的精确流动相互作用，有望为下一代翼型的设计 开辟新的途径。未来的研究项目可以基于这些发现，通过试验不同的锯齿结构，分析不同形状和尺寸如何影响整体空气动力性能。 研究团队通过大量的计算流体动力学模拟，细致地分析了改进型NACA 6412翼型周围的气流模式。其翼型边缘如同锯齿一般，扰乱了 气流的平稳流动，产生可控湍流，从而改善了高低动量流体层的混合。这种混合过程有效地减少了大型涡旋的形成，而大型涡旋通常 是传统设计中阻力增加的罪魁祸首。最终，该翼型获得了显著优化的气动性能，并可根据特定的运行条件进行定制。 在空气动力学领域的最新进展中，一项突破性研究揭示了通过创新性地使用锯齿状后缘来提升著名的NACA 6412翼型性能的奥秘。该 研究由印度学者赛义德·萨米尔领导的研究团队完成，该研究探索了这些独特的改进如何显著提高空气动力效率，并为航空领域的各种 应用带来潜在益处。 NACA 6412翼型以其可靠的性能而闻名，是测试空气动力学改进的理想基准。传统上，翼型设计的目标是优化升力并最小化阻力，这 两个关键因素决定了任何空气动 ...

新华社瑞士达沃斯1月24日电 通讯｜在达沃斯，听青年谈中国 贾殷进一步指出，中国在全球绿色技术供应链中扮演着至关重要的"制造工厂"角色，其强大的生产能力 和不断迭代的技术，降低了全球能源转型的门槛，让更多发展中国家能够以可负担的成本获取清洁能源 设备。"这种规模化、高效且持续创新的制造能力，本身就是对全球应对气候变化的实质性贡献。" 来自加拿大的青年阿马尔·马鲁夫分享了他的观察："中国在电动汽车领域的快速发展和技术升级有目共 睹，小米等品牌进入国际市场，带来了更多元的选择并激发了良性竞争。"马鲁夫说，"更重要的是，中 国在城镇化、数字基础设施和医疗体系互联互通等方面积累了系统性经验，形成了一个丰富的'解决方 案库'，其中很多思路都值得在不同国情下进行适应性探讨。" 在这场全球青年思想的交锋中，中国青年代表的声音备受关注。国际象棋女子世界冠军、世界经济论坛 全球青年领袖侯逸凡说："此次论坛年会深刻见证了科技变革重塑全球格局的力量。中国不仅在人工智 能等前沿领域积极贡献智慧，更以系统性思维将技术创新转化为推动社会进步的实际动能。" 在张运年看来，中国提出并推动发展新质生产力，正为世界提供三重机遇：为全球增长注入绿 ...

Core Viewpoint - The International Monetary Fund and the Organisation for Economic Co-operation and Development predict that South Korea's economy is expected to achieve moderate recovery by 2026, driven by a rebound in semiconductor and high-end manufacturing exports, with a focus on emerging sectors like artificial intelligence, advanced semiconductors, and green technology [1] Group 1: Economic Transition - South Korea is undergoing a structural transformation, moving beyond traditional industries such as automotive, telecommunications, and shipbuilding, which are now in a mature phase, to high-value sectors like AI, advanced semiconductors, biomedicine, and future mobility [1] - The government is implementing a combination of policies, including tax incentives, regulatory easing, and enhanced R&D support, to systematically promote the development of emerging industries [1] Group 2: Digital and Green Transformation - Digitalization and green transformation are identified as two core pillars of South Korea's economic strategy, with a focus on addressing global climate challenges and enhancing technological competitiveness [2] - The government is collaborating with enterprises to build large AI data centers and promote the integration of AI technology into manufacturing and services, aiming for revolutionary improvements in productivity and cost structures [2] - In the digital transformation aspect, South Korea is leveraging its advanced ICT infrastructure and a mature public-private collaboration mechanism, exemplified by the "K-Cloud" project, which aims to promote domestic cloud platforms [3] - For green transformation, South Korea is constructing a "hydrogen economy ecosystem," focusing on hydrogen production, storage, transportation, and applications, including the promotion of hydrogen fuel cell vehicles and the development of low-cost clean hydrogen production technologies [3] Group 3: Regional Cooperation - Strengthening regional cooperation is crucial, as China and South Korea are significant trade partners with deeply integrated supply chains, with China being South Korea's largest trading partner for 21 consecutive years [4] - The future of South Korea-China economic relations is expected to focus on "manufacturing innovation" and "service collaboration," promoting policy communication and industrial alignment for mutual benefits [4]

（央视财经《经济信息联播》）2025年，中国新产业与新动能持续壮大，转型升级步伐持续加快。国际 机构的专家表示，中国在绿色经济与创新领域的突出成就，既推动了自身发展，也为全球贡献了重要力 量。 正在上海出席活动的新加坡星展集团首席经济学家泰穆尔·拜格告诉记者，2025年中国经济运行数据令 他印象深刻的是，面对外部压力，中国经济展现出强大韧性，实现5%的增长，交出了一份亮眼的成绩 单。在他看来，绿色经济与创新领域的发展，是2025年中国最重大、最积极的突破之一。 新加坡星展集团首席经济学家 泰穆尔·拜格：无论是《自然》杂志，还是澳大利亚政策研究所的相关报 告，所有数据都清晰地表明，全球有越来越多创新成果来自中国，这一趋势不仅体现在人工智能、绿色 技术领域，更延伸至更广泛的科技赛道。这正是未来经济增长的关键动力。 拜格同时认为，中国创新者也正推动众多前沿技术实现商业化落地，中国资本市场也在为技术转化提供 有力支撑，全球资本都希望参与其中，共享发展红利。 新加坡星展集团首席经济学家 泰穆尔·拜格：从2025年中国股市表现，以及2026年的IPO储备项目来 看，来自东方和西方的投资组合经理与投资者，都对投资中国抱有浓 ...

Group 1 - The article highlights the advancements in the textile industry in Linqing City, Shandong, with companies like Sanhe Textile Group and Dehui Textile Company leading the way in smart and green production technologies [1][2] - Sanhe Textile Group has invested 120 million yuan in smart round screen printing technology, resulting in an annual dyeing capacity increase of 120 million meters and an 8% reduction in energy consumption per product [1] - The company has maintained a 30% market share in Africa, leveraging over 20 years of experience and recent technological upgrades to enhance competitiveness [1] Group 2 - Dehui Textile Company has implemented a comprehensive dust removal system, reducing dust concentration by 30% below national standards and achieving over 50 tons of annual particulate matter reduction [2] - The company focuses on producing high-end combed yarn, which helps downstream clients save 20% on dyeing and finishing water consumption [2] - Both companies are part of a broader initiative in Linqing City to promote green development and energy efficiency, including the installation of distributed photovoltaic power stations, which currently have a capacity of 10.4 megawatts, providing 10.9 million kWh of green electricity annually [2]

Core Insights - The leading scientific journal "Science" recognized "global renewable energy growth" as the top scientific breakthrough of the year, attributing this transformation primarily to China [1][21] Group 1: Renewable Energy Production - China produces 80% of the world's solar panels, 70% of wind turbines, and 70% of lithium batteries, indicating a significant dominance in renewable energy manufacturing [2][11] - Since 2016, China has been the largest producer of renewable energy, surpassing the U.S., and has increased its renewable energy generation capacity from 40% to 60% as part of its 14th Five-Year Plan [5][11] Group 2: Investment and Economic Impact - In 2024, China's investment in clean energy technology manufacturing is projected to be nearly $680 billion, surpassing the combined investments of the U.S. and the EU [11] - The contribution of green technology to China's economic growth is expected to exceed 10% in 2024, indicating that renewable energy is becoming a significant economic driver rather than just a superficial initiative [11][13] Group 3: Technological Leadership and Global Influence - China is not only manufacturing products but is also exporting standards and solutions in renewable energy technology, positioning itself as a global leader [14][18] - The advancements in technology, such as rapid electric vehicle charging solutions, showcase China's capability to address global energy challenges effectively [16][18] Group 4: Geopolitical Implications - The shift in renewable energy leadership from the U.S. to China signifies a change in global power dynamics, where countries with advanced renewable technologies will hold significant geopolitical leverage [18][21] - The ability to meet global climate goals, such as those outlined in the Paris Agreement, is increasingly dependent on China's technological advancements in renewable energy [18][19]

Group 1 - The core objective of China's "14th Five-Year Plan" is to enhance marine technology innovation and strengthen the marine equipment manufacturing industry [1] - The shipbuilding industry in China is making significant advancements, with a new LNG transport vessel set to be delivered by the end of the month [1][3] - The "Tianshan" LNG transport ship has a capacity of 174,000 cubic meters and is designed to meet the gas needs of 3.3 million households for a month, highlighting its importance in natural gas transportation [3] Group 2 - In the past year, the China Shipbuilding Group's Hudong-Zhonghua Shipbuilding delivered 11 LNG transport vessels, setting a new industry record [5] - The company currently holds over 80 orders, with a schedule extending to 2030, 80% of which are for green vessels [5] - The latest generation of ships incorporates green technologies related to clean energy, such as methanol and LNG, aligning with international carbon emission standards and market demands [5]

Core Viewpoint - Green development has become a global consensus, driven by climate change and economic challenges, with countries increasingly pursuing green low-carbon transitions through open cooperation [1][2]. Group 1: Historical Context and Development - Environmental issues have transitioned from the periphery to the mainstream agenda since the 1960s, culminating in significant documents like the 1972 "Declaration of the Human Environment" and the 1987 "Our Common Future" report, which introduced the concept of sustainable development [2]. - The early 21st century saw green trade and clean energy investments grow rapidly, with emerging market economies becoming key players in global climate negotiations [3]. - The establishment of the Paris Agreement in 2015 laid the groundwork for promoting global green development through open cooperation [3]. Group 2: Policy and Investment Trends - Countries are enhancing their green low-carbon policy frameworks by setting carbon neutrality goals, developing carbon markets, and implementing supportive industrial policies [4]. - Global renewable energy investment is projected to reach $807 billion in 2024, with solar energy investments exceeding $554 billion, marking a historical high [4]. - Green trade is emerging as a new growth point, with exports of solar and wind products expected to reach $443 billion and $245 billion respectively in 2024 [5]. Group 3: Regional Practices and Innovations - The EU is leveraging its resources and policies to drive green transitions, with renewable energy accounting for 25% of final energy consumption by 2024 [7]. - The Asia-Pacific region is focusing on green cooperation through financial collaboration and trade expansion, with significant investments in renewable energy infrastructure [8]. - African nations are utilizing their renewable resources to enhance energy access, with projected clean energy investments nearing $40 billion in 2024 [9]. Group 4: China's Role in Global Green Development - China is committed to a green low-carbon development path, actively participating in global green governance and contributing to sustainable development through various policies and international cooperation [10][11]. - The country has established a comprehensive carbon reduction policy framework and is fostering international collaboration in green technology and standards [17][19]. - China's green investment and technology sectors are positioned to support global green transitions, with significant advancements in wind, solar, and electric vehicle industries [11][20].