在南京市江宁区泉水社区的中心广场旁，一家飘着麦香与咖啡香的小店，正在重新定义"社区店"的边界 与可能。 早晨7点30分，第一炉面包的香气准时漫出；晚上9点后，窗内的灯光依旧温暖，刚送完最后一单的外卖 小哥推门而入，用几乎可忽略的价钱，带走几个松软的面包——这是"善邻"公益空间日复一日的场景。 然而，它不只是一家面包店。长桌旁有老人静读，角落里有年轻人低声讨论社区事务，墙边的"慈善杂 货铺"陈列着残障居民的手工艺品，每件商品旁都附着一张写着故事的小卡片。 1994年，胡晶晶和胡鑫鑫出生在江苏省扬州市。父母为挣钱养家远走他乡，她们成了由外公外婆照看的 留守儿童。"因为缺少父母陪伴，我们从小就'内秀'，不太敢主动和人说话。"胡晶晶说，这段经历，让 她们对"被需要"有着很深的理解。 2008年，两件事在她们心里埋下了公益的种子。一是汶川地震，姐妹俩掏空了存钱罐，把攒了半年的 300多元全捐了出去。"第一次觉得，自己能帮到别人。"胡鑫鑫说，二是北京奥运会，电视里志愿者蓝 色的身影和微笑的徽章，让她们羡慕不已，"太酷了！等我们上大学了，也要当志愿者"。 大学期间，她们积极参与志愿服务，胡晶晶还曾组织团队赴甘肃支教40天。 ...

Core Insights - The "Youth Small Shop" initiative in Jiangsu aims to empower young entrepreneurs through training, financial support, and marketing strategies, with a goal to assist over 10,000 young individuals in starting or managing shops within two years [1][2][7] - The initiative has established a comprehensive support system, including a "7+" empowerment framework that covers training, promotion, financial services, and supply chain support [1][4] - The program has already identified 524 exemplary shops across the province, with plans to annually cultivate 500 model shops that demonstrate innovation and social value [1][7] Group 1: Empowerment and Support - The Jiangsu Youth League has launched the "Youth Small Shop" cultivation action, focusing on essential elements for entrepreneurship such as training, promotion, and financial support [1] - Jiangsu Bank has developed tailored financial products for "Youth Small Shops," including loans up to 10 million yuan for operational needs [2] - Training programs and digital support are being provided to address challenges in cost control and customer flow, helping shops transition to digital operations [3] Group 2: Community Engagement and Marketing - Local organizations are leveraging events like the Suzhou Super League to promote "Youth Small Shops," enhancing visibility and customer engagement [2] - Initiatives such as the "Youth Small Shop" work alliance in Yangzhou aim to provide comprehensive services and support for shop owners [4] - The use of new media to share success stories and promote shops is being emphasized, with collaborative efforts to create promotional content [5][4] Group 3: Integration with Local Governance - The initiative encourages shop owners to participate in community service projects, enhancing their role in local governance and community engagement [6][7] - Programs like "Small Shop + Night School" are being explored to integrate educational offerings with local businesses, increasing their visibility and community impact [6] - The Jiangsu Youth League is actively recommending outstanding shop owners for roles in local governance, further integrating them into community service frameworks [7]

中国青年报客户端北京12月15日电（中青报·中青网记者 刘胤衡 见习记者 邹竣麒）"到账了！不用主动 申请，补贴自动打到骑手App里，很方便。"12月12日，在北京市通州区一处暖骑驿站，来自山东潍坊 的骑手李财源向记者展示手机里的社保到账记录。35岁的他，以灵活就业人员身份为自己续上了养老保 险，"之前还琢磨这事呢，没想到平台的补贴政策就来了，真是赶上时候了"。 记者今天从美团获悉，平台自11月起正式面向全国推行的骑手社保补贴，已于近日集中到达骑手账户。 据悉，根据美团推行的骑手养老保险补贴方案，骑手在近6个月内，如果有3个月收入达到当地社保缴费 基数下限，平台会提供50%的参保费。 在浙江杭州跑单的黎红光，因跑单收入波动、异地参保流程繁琐等问题，担心出现社保缴费中断。如今 平台按当地基础缴费基数提供补贴，他收到407.2元养老保险补贴，减轻了个人缴费压力，"不再为保费 犯愁，能稳稳缴满剩余年限，感到既意外又安心"。 12月10 日，湖南湘潭，骑手向湘潭市人力社会保障局工作人员咨询社保补贴相关事宜。受访者供图 福建福州骑手池崇注2018年加入配送行业，如今每月自付400余元即可续缴社保，"打算干到缴满15年， ...

Core Viewpoint - The Fengtai District in Beijing is set to establish a "Space Technology City" to promote high-quality and safe development in the commercial aerospace sector, leveraging its strong industrial foundation and resources [1][3]. Group 1: Development Initiatives - Fengtai District is home to over 40 national aerospace institutions and more than 200 key enterprises in the aerospace industry, contributing to a complete industrial chain covering rockets, satellite applications, and data services, with an industry scale exceeding 130 billion yuan [3][4]. - The newly established "Space Technology City" aims to gather essential resources such as policies, finance, talent, and technology to drive industrial development through collaboration between the region and enterprises [4][5]. Group 2: Collaborative Framework - A "Commercial Aerospace Innovation Consortium" has been formed involving Fengtai District, Tsinghua University, and key enterprises to enhance collaboration from basic research to pilot testing, fostering deep integration of production, education, and research [5][7]. - Multiple institutions have launched specialized financial products to create a diversified financial support network, facilitating the development of the commercial aerospace industry in Fengtai District [7]. Group 3: Future Directions - Fengtai District plans to continue focusing on key areas of commercial aerospace development, leveraging its strengths in artificial intelligence, smart manufacturing, and other sectors to enhance resource coordination and policy innovation [7].

Core Viewpoint - The successful maiden flight of the Rainbow-7 high-altitude, high-speed stealth drone marks its entry into the flight testing phase, following significant attention at the Zhuhai Airshow [1][3]. Group 1: Technical Features and Design - The Rainbow-7 features an advanced high-aspect-ratio flying wing design, capable of carrying various high-performance payloads, and offers long endurance, high altitude, fast cruising speed, and strong mission capabilities [3]. - The design includes a smooth and aesthetically pleasing exterior with a top-mounted air intake and semi-hidden engine exhaust, enhancing its stealth capabilities [4]. - Unlike previous models, the Rainbow-7 employs a bat-like flying wing layout, similar to the U.S. B-2 stealth bomber, emphasizing its stealth performance [4]. Group 2: Flight Testing and Performance - The maiden flight was crucial for validating the design's rationality and the effectiveness of key technologies, with successful verification of basic performance such as autonomous takeoff and landing, attitude control, and trajectory tracking [3]. - Future tests will include flight performance envelope and payload functionality verification, indicating ongoing development and refinement [3]. Group 3: Operational Capabilities - The Rainbow-7 is designed for diverse battlefield monitoring and intelligence reconnaissance tasks, capable of long-duration patrols over target areas and providing mid-course and terminal guidance for strike weapons [6]. - Its stealth characteristics allow it to operate undetected in hostile environments, enhancing its utility in modern warfare scenarios [5][6].

Core Viewpoint - The new liberal arts education is evolving from a concept to a practical implementation phase, aiming to cultivate interdisciplinary talents that meet societal and technological demands, particularly in the context of AI and other emerging technologies [1][10]. Group 1: New Liberal Arts Competitions and Initiatives - Various new liberal arts competitions are being held across China, such as the Guangdong and Chongqing competitions, serving as a window to observe the effectiveness of new liberal arts education [1]. - The Ministry of Education emphasizes the integration of new liberal arts with other fields, promoting interdisciplinary collaboration in higher education [10]. Group 2: Interdisciplinary Approach and Challenges - Experts highlight the importance of interdisciplinary collaboration in education, particularly in fields like journalism and communication, to adapt to rapid technological changes [2][3]. - There is a concern that the focus on technology may lead to a "toolism" mindset, where human creativity is overshadowed by technological capabilities [3][4]. Group 3: Humanistic Values in Education - The core mission of liberal arts education is to cultivate critical thinking and value judgment abilities, which are increasingly important in a rapidly changing technological landscape [8][12]. - The integration of humanistic values with scientific principles is seen as essential for the new liberal arts 2.0, ensuring that technology enhances rather than replaces human capabilities [4][8]. Group 4: Data and Technology in Liberal Arts - The application of data-driven approaches in fields like archaeology and comparative literature is expanding, but the fundamental goal remains to deepen the understanding of human and societal contexts [5][6]. - The new liberal arts must not only adapt to technological advancements but also maintain a focus on classic works that provide deep humanistic insights [12][11]. Group 5: Educational Reform and Future Directions - The ongoing optimization and adjustment of liberal arts programs reflect a significant transformation in the educational landscape, with a notable increase in new liberal arts programs [11]. - The future of liberal arts education should embrace challenges while remaining grounded in humanistic principles, ensuring that students are equipped to navigate the complexities of modern society [13][12].

Core Viewpoint - The joint opinion issued by five government departments aims to strengthen the construction of data element disciplines and digital talent teams, establishing development goals and an implementation blueprint for talent cultivation in the data field in China [1] Group 1: Overall Strategic Shift - The opinion emphasizes a shift from school-based digital talent cultivation to supporting the national digital economy, integrating education, talent, industry, and innovation chains [2] - It advocates for a transition from a professional orientation to an element-driven approach, focusing on data as a new link connecting various professions [2] - The goal is to upgrade talent supply to serve the industry, creating a collaborative ecosystem that promotes high-quality development in the data industry [2] Group 2: Professional Setting Adjustments - The opinion calls for a mechanism to adjust academic disciplines based on the needs of data technology development and national strategy, breaking traditional academic silos [4] - It emphasizes the need for vocational schools to dynamically adjust data-related programs in response to industry demands, ensuring alignment with market needs [4] - The document encourages regional adaptation in establishing data-related institutions and specialties, fostering a connection between vocational education and local data industry ecosystems [4] Group 3: Innovation in Teaching Methods - The opinion promotes a shift from isolated school efforts to a collaborative educational ecosystem, driven by industry needs [5] - It encourages deep involvement of data enterprises in education, creating integrated training bases that merge teaching and production [5][6] - The establishment of a data industry-professional model is proposed to guide the development of new teaching forms, enhancing the practical problem-solving skills of students [6] Group 4: Governance System Reform - The opinion suggests forming a national data vocational education teaching guidance committee to facilitate multi-party collaboration among government, industry, and educational institutions [7] - It aims to create a standard system for data industry job competency requirements and vocational education program construction [7] - The document highlights the importance of cross-departmental collaboration in digital talent development, establishing a monitoring and evaluation mechanism for talent cultivation [7]

Core Insights - The NIO Cup 2025 China University Electric Formula Racing Competition and the Autonomous Driving Formula Racing Competition showcased the achievements of the Shenzhen Polytechnic University (SPU) Phantom Formula Racing Team, which won national first prizes in both electric and autonomous vehicle categories, marking their best historical performance [1][3][4] Group 1: Event Overview - The event took place on November 23, 2025, featuring a total of 244 participating universities and over 420 registered teams [1] - The competition includes four categories: internal combustion engine racing, electric formula racing, Baja racing, and autonomous driving racing [1] Group 2: Team Achievements - The Phantom Racing Team has participated in the competition since 2018 and has achieved significant milestones, reflecting the university's success in cultivating talent in the new energy vehicle industry [2] - The team consists of 15 undergraduate and 40 diploma students from various academic backgrounds, emphasizing interdisciplinary collaboration [4] Group 3: Technical and Educational Aspects - The competition assesses not only the engineering capabilities but also the management, marketing, and cost control skills of the teams [1] - The team utilized domestic industrial software for vehicle design, significantly improving their efficiency in aerodynamic calculations, reducing computation time from approximately 7 hours to 2.5 hours [6] Group 4: Institutional Support and Development - The university has continuously supported the racing team through increased funding and integrating racing projects into the undergraduate curriculum, enhancing the educational experience [10] - The team operates under a "teacher-student co-construction" model, fostering a collaborative environment for learning and innovation [10][12] Group 5: Legacy and Future Aspirations - The Phantom Racing Team's journey began with a heartfelt application letter from students, demonstrating their commitment to learning and practical application of automotive design [8] - The team has established a culture of mentorship, with former members returning to guide current students, ensuring the continuity of knowledge and skills [12][13]

Core Insights - The article discusses the initiatives taken by the Youth League of Sanmen County, Taizhou City, Zhejiang Province, to promote the "Sports + Industry" high-quality development strategy, aligning with provincial directives and focusing on youth engagement and community involvement [1] Group 1: Youth Perspective in Sports Development - The Youth League has contributed to top-level design and planning for the "Sports + Industry" initiative, participating in various consultation meetings to provide insights and strategies for large-scale projects [2] - New consumption models such as "Sports Weekend" and "Performance Economy" have been successfully implemented, enhancing commercial engagement during sports events like the Zhejiang East Football Super Cup [2] - Innovative promotional strategies have been employed, utilizing popular media to expand the reach of sports activities and drive sales through live broadcasts during events [2] Group 2: Organizational Strength and Community Engagement - The Youth League has facilitated opportunities for local youth businesses by coordinating support from various departments, distributing 100,000 yuan in consumer vouchers, and attracting over 100 small shops to participate in events [3] - Sports activities have been integrated with youth-focused initiatives, providing ample resources for young participants through collaborations with organizations like the Youth Entrepreneurs Association [3] - A "Sports Youth Volunteer Alliance" has been established, with over 1,000 members contributing to various aspects of sports events, enhancing community service and engagement [3] Group 3: Comprehensive Integration of Sports and Youth Development - The article highlights the innovative integration of youth activities with sports, such as the establishment of a basketball-themed educational wall to enhance youth engagement in sports and community activities [4] - A public welfare program for youth during autumn breaks has been organized, benefiting over 50 young participants and promoting physical health through diverse sports-themed courses [4] - The "Huan Zhejiang Trail Series" has attracted over 3,000 young participants, fostering a strong community around outdoor activities and enhancing social interactions beyond regular hours [4]

Core Viewpoint - The article discusses the importance of fostering AI literacy among youth, emphasizing the need for a collaborative approach involving families, schools, and society to ensure responsible AI usage and to mitigate potential risks associated with AI dependency [1][6][10]. Group 1: AI Literacy Framework - AI literacy encompasses knowledge, skills, emotions, ethics, and safety, forming a comprehensive framework that includes understanding, creating, managing, and designing AI [4]. - A three-dimensional system of AI literacy for youth is proposed, focusing on cognitive awareness, digital innovation capabilities, and risk awareness regarding AI [4][5]. Group 2: Collaborative Efforts - Families should establish clear AI usage rules, with only about 30% of families currently doing so, highlighting a need for better parental engagement [6]. - Schools are encouraged to integrate AI knowledge into various subjects and enhance teacher-student interactions to reduce over-reliance on AI [6][7]. - The government and social organizations should develop resources to bridge the digital divide, especially in rural areas, and promote a humanistic approach to AI [7][10]. Group 3: Technology Companies' Role - Technology companies, like Soul App, are focusing on understanding youth AI usage patterns and addressing challenges such as the illusion of authority and emotional compensation [8][9]. - Companies are advised to design AI products that promote critical thinking and provide positive guidance, while also implementing safety measures to prevent over-dependence [9]. Group 4: Educational Insights - A survey indicated that 99.7% of students used AI, with western students showing higher usage due to less supervision, suggesting a need for structured guidance [11]. - The Ministry of Education has released guidelines to ensure equitable access to AI tools across different regions and to protect student privacy [12]. Group 5: Parental Guidance - Research indicates that parental guidance styles significantly impact youth AI literacy, with the "guiding" approach being the most effective [13][14]. - Strong parent-child relationships enhance the effectiveness of guidance, while distant relationships may lead to resistance from youth [14]. Group 6: Future Directions - The article emphasizes the need for a balanced approach to AI integration in education, focusing on fostering critical thinking and ethical understanding among students [15][16]. - Legal frameworks must evolve to address the ethical and legal implications of AI usage, ensuring accountability for misuse [17].