"场景"，是个热词。这一源于影视领域的概念，近来在经济领域被频频提及。"十五五"规划建议对培育 壮大新兴产业和未来产业、加快重大科技成果高效转化应用、大力提振消费等作出重要部署，其中都涉 及应用场景建设和打造新场景的内容。去年，国务院办公厅印发《关于加快场景培育和开放推动新场景 大规模应用的实施意见》，标志着场景创新上升为国家战略。 北京"两园一河"自北向南被划分为山水田园画卷、工业振兴秀场、生态文旅聚核、历史焕新门户4个区 段，对应的正是不同的场景。当更多场景"开门迎客"，更多巧点子转化为产业发展新动能，北京西部地 区转型升级、活力提升也就有了破题路径。 从宛平城用古老城墙代替幕布、做起了城墙电影院，到首钢园创新性激活冬奥遗产、串联起"观赛+"美 好体验，"融合"无疑是激活"场景"动力的关键词。当前，居民消费正从商品消费为主向商品和服务消费 并重转变，服务消费潜力不断释放。通过多业态集成推动商品和服务焕新，进而实现消费提质升级，这 样的"融合"是顺势而为、有的放矢。 "融合"的另一面是找到结合点，实现区域联动。近年来，京西地区转型发展成效显著，但经济社会发展 水平在北京市整体发展格局中相对滞后；首钢园、园博 ...

近年来，"场景"一词在经济领域被频频提及。"十五五"规划建议对培育壮大新兴产业和未来产业、加快 重大科技成果高效转化应用、大力提振消费等作出重要部署，其中都涉及应用场景建设和打造新场景的 内容。2025年，国务院办公厅印发《关于加快场景培育和开放推动新场景大规模应用的实施意见》，首 次在国家层面对场景培育和开放进行系统部署。场景为何变得如此重要？ "场景"一词最早起源于戏剧、影视领域。随着新一轮科技革命和产业变革深入发展，"场景"被赋予了新 的内涵，即用于系统性验证新技术、新产品、新业态产业化应用以及配套基础设施、商业模式、制度政 策的具体情境。在诸多领域的实践中，场景已经成为连接技术和产业、打通研发和市场的桥梁，成为推 动科技创新和产业创新融合发展的重要载体，对促进新技术新产品规模化商业化应用表现出显著的牵引 作用。 原标题：场景是撬动创新的关键支点 就当前的国际竞争态势来看，哪个国家能在推动新场景大规模应用上先走一步，哪个国家就能在新赛道 上抢占先机。对此，需用好我国丰富应用场景优势，加快培育拓展经济社会应用场景。 加强多主体协同，构建开放共享的创新生态。政府要强化示范引领，各行业部门应建立健全支撑场景培 ...

这有利于创新资源要素配置方式。传统技术转化一般始于实验室环境，按照先研发、后转化的线性 模式，研发与应用往往难以贯通。场景作为一种新型资源，以真实市场需求为导向、以具体的应用环境 为起点，能够反向牵引技术优化、加快技术迭代速度，使人才、资本、数据等各类资源要素精准投向有 实际价值的领域，促进各类要素形成高效协同的组合模式。通过场景培育和开放，既能引导资源要素向 战略性新兴产业和未来产业集聚，又能切实用好我国超大规模市场和丰富应用场景优势，使海量场景资 源更好促进新技术、新产品、新业态、新模式持续涌现。 这有利于推动科技创新和产业创新深度融合。技术创新是新产业新业态孕育发展的关键，但科技成 果能否真正转化、实现产业化发展，还需在市场应用中进行实践和检验。场景能使跨行业、跨领域的各 类技术在一个具体情境中深度融合，将创新要素、用户需求和应用环境有机结合。通过场景培育和开 放，不仅可以挖掘各类技术在单一技术条件下难以获得的技术创新成果，而且能为技术创新提供试验空 间、需求牵引和应用验证，有效助力培育和发展新质生产力。 这有利于增强市场制度的包容性、适应性。促进新业态新领域健康发展，是当前经济工作的一项重 点任务，但 ...

Core Insights - The Chengdu Shuangliu District Committee's recent meeting emphasized the importance of "scenarios" and "patient capital" as key paths for cultivating new productive forces in the innovation airport [1][2] - The successful commercialization of the world's first "super carbon No. 1" generator, developed in Shuangliu, exemplifies the challenges of transforming technological achievements into practical productivity, highlighting the need for both innovative scenarios and long-term investment [2] Group 1 - The meeting proposed to promote the transformation of scientific and technological achievements into real productivity, optimize multi-channel achievement connections, innovate localized scenario support, and cultivate a patient capital ecosystem [2][3] - The strategic focus on scenario innovation aligns with national and local development plans, including the "14th Five-Year Plan" and the State Council's implementation opinions on accelerating scenario cultivation and application [3] - Shuangliu has released a "Smart Shuangliu Scenario Innovation Demand List," actively identifying 22 specific needs, supported by its substantial industrial clusters in electronic information and aerospace manufacturing [3] Group 2 - The Shuangliu District plans to implement policies such as "ranking and commanding," deploy 30 core technology research projects, establish a 1 billion yuan technology innovation fund, and promote open sharing of research resources [3] - The focus will be on organized research and transformation, targeting leading industries such as semiconductors, aerospace, and future energy, to facilitate deep integration of technological and industrial innovation [3] - The goal is to drive the local transformation of significant research achievements, such as supercritical carbon dioxide power generation, and nurture a batch of "gazelle" and potential unicorn enterprises [3]

Core Viewpoint - The article emphasizes the importance of the National Ocean Comprehensive Test Field in accelerating the application of major technological achievements and fostering the development of marine economy through systematic verification and testing of new technologies and products [1][14]. Group 1: National Ocean Comprehensive Test Field Overview - The National Ocean Comprehensive Test Field was established in 2019 to explore the path of "technological breakthroughs—scene verification—industrial application—system upgrade" in the marine sector [1]. - The test field is a collaborative effort involving the Ministry of Natural Resources and several provinces, including Shandong, Zhejiang, Guangdong, and Hainan, with four key areas established in Weihai, Zhoushan, Zhuhai, and deep sea [1]. Group 2: Weihai Test Area - Weihai is the first operational "blue test field" in China, equipped with advanced ecological sensors for long-term reliability testing in real marine conditions [3]. - The Weihai test area has completed nearly 100 marine tests, supporting over 20 research institutions and high-tech enterprises, thus promoting the application of marine high-tech and the transformation of domestic equipment [3][4]. Group 3: Zhoushan Test Area - The Zhoushan test area focuses on tidal energy development, marine environmental perception, marine new materials, and high-end equipment, enhancing collaboration with other test areas [5][7]. - It is the first public testing and demonstration national tidal energy test area in China, providing comprehensive testing conditions for tidal energy generation systems [7]. Group 4: Zhuhai Test Area - The Zhuhai test area is dedicated to the full-stage testing of wave energy equipment, with the "Dongbo No. 1" wave energy device undergoing extensive performance testing [9][10]. - The area aims to support marine technology innovation and equipment industrialization by providing effective testing services for various marine instruments and devices [10]. Group 5: Deep Sea Test Area - The deep sea test area has successfully conducted rigorous testing of various domestic marine key instruments, including the Beidou 3 communication terminal and domestic temperature and salinity sensors [11][12]. - The testing covered four key areas, validating the performance of domestic instruments against international standards, thus supporting the development of marine technology [12][13]. Group 6: Future Outlook - The National Ocean Comprehensive Test Field aims to become a source of marine technology innovation, with plans to enhance its capabilities and integrate various marine research and testing functions [14][17]. - The Ministry of Natural Resources will optimize the layout of marine test fields, ensuring they meet the diverse application needs of marine equipment in various environments [17].

Group 1 - The concept of "scene" has become a key innovation resource, representing the specific context for the application of new technologies, products, and business models [1][2] - The "14th Five-Year Plan" suggests increasing the construction and openness of application scenarios, highlighting the importance of bridging research and market needs [2][6] - Real-world application scenarios, such as the intelligent microgrid showcased at the 15th National Games, demonstrate the practical use of advanced technologies [1][2] Group 2 - The complexity and uncertainty of real-world scenarios, such as those faced by smart connected vehicles, necessitate practical testing environments to validate new technologies [2][3] - New scenarios empower technological breakthroughs by clarifying demands and fostering collaboration between enterprises and research institutions [4][5] - The integration of innovation outcomes requires both hard infrastructure and supportive soft environments, such as regulations and policies [4][6] Group 3 - Collaborative ecosystems are essential for innovation, allowing various stakeholders to work together and create synergies [5][6] - The recent implementation opinions from the State Council aim to promote large-scale application of new scenarios, elevating this initiative to a national policy level [6]

Group 1 - The concept of "scene" has emerged as a key innovation resource, bridging the gap between research and market needs, facilitating the application of new technologies and products in real-world contexts [1][2] - The "14th Five-Year Plan" emphasizes the importance of enhancing application scene construction and openness, leveraging China's vast market and industrial system to create rich application scenarios [2][6] - Real-world testing environments, such as the open road testing in Nansha District, Guangdong, allow for the practical application of autonomous driving technologies, demonstrating the necessity of real-world scenarios for technology validation [2][3] Group 2 - New scenes empower technological breakthroughs by aligning research with market demands, as seen in the collaboration between academia and industry to develop specialized materials for space missions [4][5] - The integration of innovation outcomes requires both hard infrastructure and supportive soft environments, such as regulations and policies, to facilitate successful technology transfer [4][5] - The recent implementation opinions from the State Council aim to accelerate the cultivation of application scenes, positioning it as a national policy to drive industrial development and enhance new productive forces [6]

Core Insights - The article emphasizes that individuals often underestimate their advantages due to a lack of structured self-presentation and understanding of their unique value propositions [2][26] - It introduces a model for personal advantage positioning that includes four dimensions: User, Scenario, Ability, and Value [2][23] Group 1: User - The first dimension focuses on identifying the target audience that needs the individual's skills rather than just stating personal strengths [3][4] - A case study illustrates that reframing a person's experience to target a specific audience can provide clarity and direction [5][6] Group 2: Scenario - The second dimension highlights the importance of defining specific scenarios where one's skills can be applied effectively [8][10] - It suggests that vague descriptions of skills do not resonate with potential users, and emphasizes the need to construct concrete scenarios for skill application [9][11] Group 3: Ability - The third dimension encourages individuals to articulate their abilities using action-oriented language rather than traditional resume language [13][15] - A practical exercise is recommended to break down past experiences into actionable steps, revealing underlying abilities that can be leveraged [14][18] Group 4: Value - The final dimension focuses on the tangible value that individuals can deliver, emphasizing the need to quantify results and timeframes [19][21] - It proposes a formula for value perception that links clear outcomes to the time required to achieve them, reinforcing the importance of delivering measurable results [20][22]

Core Viewpoint - The State Council has issued an implementation opinion to accelerate the cultivation and large-scale application of new scenarios, emphasizing the importance of "scenarios" in driving technological and industrial innovation [3][4][9]. Group 1: Definition and Importance of Scenarios - The term "scenario" is defined as a specific context for systematically verifying the industrial application of new technologies, products, and business models, serving as a bridge between technology and industry [4][5]. - Scenarios are crucial for enabling the development of new productive forces, acting as a "test stone" for the feasibility of technologies in real market environments [5][9]. - The implementation opinion emphasizes a scenario-driven innovation paradigm, promoting a virtuous cycle where demand drives innovation and innovation meets demand [5][9]. Group 2: Challenges in Scenario Supply - Insufficient effective scenario supply is a major obstacle to the transformation of new industries and models, with many technological breakthroughs lacking appropriate application contexts [3][6]. - Three main reasons for the supply shortage include unclear profit distribution mechanisms, local protectionism, and the need for policy coordination among departments [7][8][9]. - The opinion aims to address these challenges through systematic top-level design and policy support [8][9]. Group 3: Strategies for Scenario Cultivation and Application - The opinion proposes expanding the supply of production, work, and life scenarios, promoting fair and efficient allocation of scenario resources [9][10]. - It highlights the need for both hard infrastructure and soft innovations in regulations and policies to facilitate scenario cultivation and application [9][26]. - Specific paths include prioritizing new fields and high-value scenarios, leveraging China's large market advantages to enhance scenario supply [9][10]. Group 4: Case Studies and Practical Applications - The collaboration between Anhui Conch Group and Huawei in developing an AI-driven cement production model exemplifies successful scenario application, achieving significant efficiency and sustainability improvements [12][14]. - The gaming industry, particularly the success of "Black Myth: Wukong," showcases how small-cut scenarios can lead to high-value creative outputs through advanced technologies [16][17]. - The establishment of a comprehensive unmanned system in Hefei illustrates the potential of scenario innovation to drive urban development and industry clustering [18][19]. Group 5: Future Directions and Ecosystem Building - The development of a scenario innovation ecosystem requires collaboration among various stakeholders, including industry players, technology providers, and government entities [18][19]. - The focus should be on creating a multi-faceted innovation environment that encourages the free flow of resources and ideas across regions and sectors [22][23]. - Continuous efforts to refine the regulatory framework and enhance the safety and risk management of scenario applications are essential for sustainable growth [19][26].

Core Insights - The recent issuance of the "Implementation Opinions on Accelerating Scene Cultivation and Open Promotion for Large-Scale Application of New Scenes" marks the first systematic deployment at the national level for scene cultivation and openness, generating significant public interest and discussion [1] Group 1: Transportation Sector - The transportation sector is transitioning from isolated breakthroughs to system integration and from technology validation to large-scale application, with six major innovative projects being deployed during the 14th Five-Year Plan period [2] - The Ministry of Transport has initiated the "AI + Transportation 'Ten Hundred Thousand' Innovation Action," focusing on ten key areas including intelligent driving and smart logistics, with over a hundred pilot demonstrations planned [2] - The goal is to create replicable and scalable solutions that support the construction of a strong transportation nation [2] Group 2: Marine Development - The marine development sector is experiencing historic opportunities, particularly in deep-sea biological manufacturing, which is seen as a new source of innovation for emerging industries [3] - The Xiamen area is establishing a deep-sea biological manufacturing industry chain, with a fundraising target of €2 billion and a 10 billion RMB fund to invest in sustainable blue economy sectors [3] Group 3: Smart Logistics - China has built 52 automated container and bulk cargo terminals, leading the world in automated port construction [4] - The scale of unmanned delivery vehicles is rapidly expanding, with SF Express deploying over 800 vehicles across 38 cities, and JD Logistics operating unmanned vehicles in nearly 30 cities [5] Group 4: Mining Safety - The mining safety sector is transitioning to full-process intelligence, with over 1,800 intelligent mining faces established and more than 50% of coal mining capacity now automated [8] - In open-pit mining, significant advancements have been made with the deployment of unmanned trucks, achieving a 20% increase in operational efficiency [8] Group 5: Forestry and Grassland - The forestry and grassland sector is developing an integrated monitoring system, utilizing AI for rapid detection and response to forest fires and pest infestations [8][9] - The Northeast Tiger and Leopard National Park has established a modern intelligent monitoring system for wildlife, enabling real-time data transmission and dynamic monitoring [9]