Core Viewpoint - The article highlights the innovative outdoor practice course at Zhejiang University, designed to enhance students' teamwork and psychological resilience through activities like rock climbing and stream trekking [1][6]. Group 1: Course Overview - The outdoor practice course, referred to as "Zhejiang University version of 'Survivor'", was launched in 2018 and is highly sought after, with only 24 spots available each semester despite hundreds of applicants [1]. - The course consists of four levels, progressively increasing in difficulty, and combines both theoretical knowledge and practical skills such as rock climbing and wilderness survival techniques [1][5]. Group 2: Student Experiences - A third-year agricultural engineering student, Xiong Feng, initially felt fear during his first rock climbing class but eventually developed a passion for the sport, leading him to enroll in the advanced level of the course [2][5]. - The outdoor practice includes both training sessions and real-life applications, with students participating in activities that test their physical abilities and teamwork [3][5]. Group 3: Safety Measures - Safety is emphasized throughout the course, with instructors providing necessary protective gear and insurance for students, as well as coordinating with local medical teams for emergencies [4][5]. - Students are taught to recognize the complexities of safety in outdoor environments, enhancing their understanding of risk management [4]. Group 4: Educational Philosophy - The course reflects a broader educational philosophy aimed at helping students break out of their comfort zones and seek real challenges, integrating physical education with personal growth [6]. - The instructor, Liu Ming, believes that the course embodies a holistic educational approach, fostering courage, wisdom, collaboration, and responsibility among students [6].

Group 1 - The core viewpoint of the article is the launch of the first "Zero Carbon Destination Pioneer List" by CATL and China National Geography, highlighting five scenic spots as leaders in green tourism [3][4] - The selected scenic spots include Danxia Mountain National Nature Reserve, Huangshan Scenic Area, Zhangjiajie National Forest Park, Changbai Mountain Huamei Resort, and Wuyi Mountain National Park Recreation Area [3] - The tourism industry contributes approximately 8% to 10% of global greenhouse gas emissions, with China's tourism sector accounting for about 6% to 8% of the country's total carbon emissions [3] Group 2 - CATL aims to facilitate the electric transformation of transportation in tourism destinations through innovations in battery and charging technologies, thereby reducing operational costs [4] - The company has invested over 70 billion yuan in research and development over the past decade, establishing a comprehensive layout in the zero-carbon technology sector [4] - The evaluation of the "Zero Carbon Destination Pioneer List" was conducted by a panel of experts from various fields, using a rigorous assessment system based on four core evaluation criteria [4]

Core Viewpoint - Changan Automobile has announced its ambitious sales target of 5 million units by 2030, driven by its focus on smart technology, globalization, and diversified energy solutions [2][3] Group 1: Company Developments - Changan Automobile has received notification from its indirect controlling shareholder, China Ordnance Equipment Group, regarding its separation into an independent central enterprise approved by the State Council [2] - The company showcased its latest innovations and products at the 27th Chongqing International Auto Show, highlighting its strong product matrix and technological advancements [2][3] Group 2: Sales Performance - In May, Changan Automobile achieved retail sales of 239,000 units, representing a year-on-year increase of 14.5%, with new energy vehicle sales reaching 95,000 units, up 70% year-on-year [3] - The total sales from January to May reached 1.12 million units, indicating a robust growth trajectory [3] Group 3: Global Expansion - Changan Automobile has established 9 overseas factories, with its first overseas new energy vehicle manufacturing base, the Changan Luoyang factory, officially commencing production in May [3] - The company has expanded its global distribution network to over 14,000 channels [3]

Core Insights - The low-altitude economy is gaining momentum, leading to a significant demand for talent in this sector [1][2][4] - Educational institutions are responding by establishing new programs focused on low-altitude technology and engineering to meet industry needs [1][2] Group 1: Talent Development - The Ministry of Education plans to introduce "Low-altitude Technology and Engineering" as a new major in six universities, including Beihang University and Beijing Institute of Technology, starting in the second half of 2024 [1] - The curriculum will focus on various aspects such as low-altitude intelligent navigation, low-altitude transport systems, and airspace management, emphasizing a comprehensive approach to talent cultivation [1][2] - The establishment of the Drone Academy at North China University of Technology aims to integrate education with industry needs, particularly in the context of the Yanqing District's development as a low-altitude drone demonstration area [1][2] Group 2: Talent Shortages - There is a notable shortage of various talents in the low-altitude economy, including drone operators and management personnel, with over 220,000 registered drones but only about 22,500 licensed drone pilots in China [2][4] - The demand for talent is twofold, requiring both high-level professionals to set industry standards and skilled workers for operational roles [4] - The industry is in need of interdisciplinary talents who understand both the technical aspects of low-altitude operations and the broader industry context [2][4] Group 3: Industry Collaboration - Collaboration between enterprises and educational institutions is essential to ensure that low-altitude economic initiatives are recognized and supported by the industry [7] - The establishment of a national youth drone technology grading examination aims to standardize skills assessment and promote the development of the industry [6] - Reports and innovation lists released by Beijing Institute of Technology and the China Electronics Society outline the strategic vision for low-altitude technology and its applications across various sectors [6]

1335万名考生报名参加2025年全国高考。6月7日上午，全国高考正式拉开帷幕。 作为高考第一科，语文每年都是社会关注的焦点。今年，随着DeepSeek等生成式人工智能拥有了"深度 思考"的能力，很多文字内容可通过AI实现"一键生成"，人们不禁会产生这样的疑问：未来，语文要怎 么教、怎么学？拥有什么样的素养才能在人工智能背景下更有竞争力？ 高考语文考试结束后，中青报·中青网记者第一时间采访相关专家，试图对这些问题作出解答。 思维能力强的学生未来将更有竞争力 在中国教育在线总编辑陈志文看来，今年的试卷对考生思维能力的考查也很巧妙。 他以全国一卷的阅读题目举例说明。该应用文阅读题用15个层层递进的小标题描述花草植物的种 植，"这15个小标题就是我们在训练人工智能时会问的15个问题，背后考查的是系统思维、逻辑思维"。 陈志文表示，学会提问题，才是和人工智能交流的本质，"人工智能的到来，对各行各业都有冲击，要 想在竞争中立于不败之地，系统的思辨能力和逻辑思维能力是必不可少的"。 "虽然没有说一句人工智能，但处处是人工智能。"陈志文说，今年的语文科目将人工智能完美地嵌进了 阅读命题中。 北京师范大学教授申继亮认为，虽然 ...

Core Viewpoint - The dual drive of activating consumption potential and optimizing enterprise operational efficiency is essential for consolidating development momentum, requiring both strategic determination from top-level design and practical wisdom from grassroots exploration [1][4]. Group 1: Consumption and Industry Synergy - Under the guidance of new development concepts, China has promoted deep coupling of consumption upgrades and industrial transformation through institutional innovation and technological change, forming a dynamic balance mechanism of demand and supply with Chinese characteristics [2]. - The "old-for-new" policy has seen significant uptake, with 3.225 million applications for vehicle subsidies by May 11, 2025, indicating that fiscal subsidies can stimulate consumption demand while pushing enterprises to enhance supply quality [2]. - E-commerce platforms have significantly contributed to consumption growth, with online retail sales reaching 4.411 trillion yuan in the first four months, a year-on-year increase of 11.5%, demonstrating the effectiveness of digital technology in enhancing supply-demand matching efficiency [2]. Group 2: Digital Transformation in Supply Chain - The digital transformation of the modern circulation system has restructured supply-demand matching models, enhancing the efficiency of dual circulation in agricultural and industrial products through institutional innovation [3]. - The construction of a smart logistics system has reduced operational costs for enterprises while improving consumer experience, thereby supporting consumption upgrades and industrial transformation [3]. - A full-chain collaborative mechanism driven by demand perception, R&D design, flexible production, and precise delivery has been established, enhancing the agility of enterprises in responding to market changes [3]. Group 3: Institutional Innovation for Dual Drive - A comprehensive approach is needed to stimulate consumption, focusing on demand, supply, environment, and policy, with a goal to create a virtuous cycle between consumption demand and production supply [4]. - The optimization of consumption supply structure and the integration of digital technology with traditional industries are crucial for developing new business formats and growth points [4]. - Establishing a unified market access and fair competition mechanism is essential to stimulate the intrinsic motivation of enterprises and promote equal access to various business sectors [4]. Group 4: Financial Support for Real Economy - Addressing financing difficulties for small and medium-sized enterprises through the development of inclusive finance and innovative financing models is critical for optimizing capital allocation [5]. - Financial institutions are encouraged to adopt differentiated credit policies to support advanced manufacturing and strategic emerging industries with long-term financing [5]. - Strengthening financial regulation and establishing a firewall between industrial and financial capital can help mitigate systemic financial risks [6].

Core Viewpoint - The 2024 Beijing Ecological Environment Status Bulletin indicates a significant improvement in air quality, with 290 days of good air quality, an increase of 114 days compared to 2013, marking the highest number in history [1] Group 1: Environmental Initiatives - The "Blue Vanguard Team," primarily composed of students, plays a crucial role in pollution prevention and green development [1][2] - The Beijing University of Technology's Key Laboratory for Regional Air Pollution Control serves as a core technological force in air quality management, focusing on innovative solutions for complex pollution issues [1][2] Group 2: Research and Development - The Key Laboratory has undertaken over 50 national and provincial projects, including major national R&D programs and has received the First Prize of Beijing Science and Technology Progress Award in 2020 [1] - The laboratory promotes the integration of research and social responsibility, encouraging students to engage in practical environmental initiatives [1][2] Group 3: Community Engagement - The "Blue Vanguard Team" was established in 2018, led by doctoral student Wen Chaoyu, and includes talents from various interdisciplinary fields, creating a new model of "Research + Public Welfare" [2] - The team focuses on enhancing public awareness of environmental protection through various activities, including technology research, public education, and volunteer services [2] Group 4: Innovative Solutions - The team has developed an AI-enabled localized database technology to identify pollution control priorities in rural areas, conducting surveys in 80 counties and 393 villages in key northern regions [4] - A tiered governance strategy has been proposed, recommending efficient clean energy alternatives for accessible villages while allowing for a transitional phase for economically disadvantaged areas [5] Group 5: Addressing Agricultural Pollution - The team has conducted surveys on straw burning in rural areas, exploring the motivations and methods of straw disposal among farmers [5][6] - A scientific approach to defining "controllable burning boundaries" has been proposed, aiming for a balanced solution that is acceptable to farmers, environmentally sustainable, and policy-compliant [6]

Core Insights - The article highlights the entrepreneurial journey of Luo Guoge, a young man from Sanhe Village, Sichuan, who returned to his hometown to develop the local economy through livestock farming [1][2][3][4] - Luo's efforts have transformed Sanhe Village from a poverty-stricken area into a thriving community, showcasing the impact of government support and local initiatives on rural development [3][4] Group 1: Entrepreneurial Development - Luo Guoge initiated a pig farming project upon returning to his village, establishing the "Zhaojue County Sanhe River Youge Youhe Black Pig Breeding Cooperative" despite facing skepticism and financial challenges [1][2] - The cooperative grew from 50 pigs to over 2000, expanding from 12 households to 168, and developed into a standardized breeding facility of 1200 square meters [2] Group 2: Community Impact - Under Luo's leadership, the village has seen significant economic growth, with per capita net income for impoverished households increasing by 15,000 yuan from 2018 to 2024 [3] - Sanhe Village has received multiple accolades, including "National Poverty Alleviation Model" and "Advanced Village Party Organization in Sichuan Province," reflecting its successful transition towards rural revitalization [3] Group 3: Recognition and Future Aspirations - Luo Guoge has been recognized as a model individual for national unity and rural youth leadership, receiving the China Youth May Fourth Medal, which motivates him to continue his efforts in leading the community towards prosperity [4] - He emphasizes the ongoing journey of wealth creation and community development as his lifelong mission [4]

Core Viewpoint - The article highlights the significant achievements and contributions of the China Shipbuilding Group's 708 Research Institute, particularly focusing on the development of the "Dream" deep-sea drilling vessel, showcasing the dedication and innovation of its team members in advancing China's maritime capabilities [1][2][3]. Group 1: Development of "Dream" Vessel - The "Dream" vessel is the world's only scientific drilling ship capable of operating at depths of 11,000 meters, integrating various functions such as ocean scientific drilling and deep-sea oil and gas exploration [1][2]. - The project was officially approved at the end of 2017, with the feasibility study approved in 2019, marking the beginning of the design and development phase [1][2]. - The electrical systems, which are crucial for the vessel's operation, were likened to the "heart" and "brain" of the ship, overseeing everything from power generation to automation and communication [2][3]. Group 2: Technical Challenges and Innovations - The team faced numerous technical challenges, including ensuring the vessel's reliable and stable operation while maintaining environmental sustainability [2][3]. - A new power system solution was developed by combining closed-loop grid technology with lithium battery energy storage, addressing significant design challenges [3]. - The development process involved extensive research and collaboration across various institutions, demonstrating a commitment to overcoming technical barriers [3][4]. Group 3: Team Dynamics and Personal Growth - The team operated under a strong sense of mission, with members forming special task forces to enhance collaboration and efficiency during critical phases of development [3][4]. - The article emphasizes the importance of mentorship and the integration of experienced professionals with younger, innovative team members to foster rapid growth and problem-solving capabilities [5]. - The narrative illustrates the personal growth of team members, transitioning from novices to key contributors in national maritime projects, driven by a commitment to serve the country [5].

Group 1 - The article highlights the growth of the private economy in Hefei, with private enterprises contributing over 50% to the city's GDP in 2024 and accounting for 90% of the total market entities [1][2] - Hefei's youth are increasingly engaging in the private economy, supported by local government initiatives and resources provided by organizations like the Communist Youth League [1][4] - The establishment of specialized platforms by the Hefei Youth League facilitates collaboration among young entrepreneurs, research institutions, and students, promoting innovation and entrepreneurship [2][3] Group 2 - Financial support is crucial for startup teams in Hefei, with examples of companies receiving loans to overcome initial funding challenges, such as a loan of over 500,000 yuan from Huishang Bank [2][3] - The Hefei Youth Entrepreneurship Fund, part of the Anhui Province Youth Entrepreneurship Guidance Fund, has expanded its partnerships to four institutions, aiding companies like Tianyan Zhizhi in securing credit loans [3] - The Hefei Youth League is actively involved in enhancing the living and cultural needs of young entrepreneurs, with initiatives like non-public party building and organizing social activities [3][4] Group 3 - The Xin Ding Ming Innovation and Entrepreneurship Park in Hefei serves as a hub for private enterprises, facilitating business connections and collaboration within the industrial chain [4] - The establishment of the Hai Chuang Jing Yu Youth Home provides various services for young employees in nearby private enterprises, enhancing their living and social experiences [4] - Hefei's government and the Youth League are committed to supporting the development of young talent in private enterprises, contributing to the city's high-quality economic and social development [4]