Core Insights - The technology sector has become a significant component of the A-share market, accounting for over 25% of the total market capitalization [1] - Public funds are increasingly focusing on technology investments, particularly in areas like artificial intelligence (AI), humanoid robots, and innovative pharmaceuticals, indicating a shift in investment strategies and methodologies [1][3] - The rise of technology investments is attributed to China's long-term economic transformation, emphasis on technological innovation, and the capital market's role in supporting the real economy [3] Investment Trends - Over 90% of newly listed companies in recent years are technology-related or have high technological content, with the number of technology companies in the top 50 by market capitalization increasing from 18 to 24 since the end of the 13th Five-Year Plan [1] - The market is witnessing a transformation in investment philosophy, with long-term capital, including insurance and pension funds, reassessing the long-term value of technology assets [3][4] - Fund managers are adapting to the complexities of technology investments, which require a shift from traditional linear thinking to a more systemic approach [1][5] Research and Methodology - The investment approach for technology sectors necessitates a deeper understanding of industry logic and performance expectations, with a focus on proactive positioning and foresight [6][7] - Fund companies are enhancing their research capabilities by building specialized teams and adopting innovative methodologies to address the unique challenges of technology investments [7][8] - The need for interdisciplinary knowledge is emphasized, with fund managers requiring a blend of financial acumen and technical expertise to navigate the technology landscape effectively [6][7] Product Strategies - Fund companies are diversifying their product offerings in technology investments, balancing between active equity products and passive index funds to capture various market opportunities [8][9] - The focus on technology themes aligns with national strategic development directions, leading to the creation of specialized funds targeting sectors like AI, semiconductors, and renewable energy [8][9] - The outlook for technology investments remains optimistic, with expectations of strong performance in sectors such as AI, semiconductors, and biomedicine [9]

很少有大河像长江一样，如此波澜壮阔。 党的十八大以来，长江经济带生态环境保护发生转折性变化，经济社会发展取得历史性成就。江湖安 澜、碧水东流、净水北送，长江治理进入现代化治水新时代。记者走进长江保护治理中枢机构——水利 部长江水利委员会，感受大江之变。 保护 "数据实时更新，一旦低于生态流量或出现异常，系统就会立刻预警。我们会立即排查原因、采取处置 措施。"在长江委水资源节约与保护局，工作人员轻点鼠标，全流域重要控制断面的生态流量监控动态 一目了然。 作为我国水资源配置的重要战略水源地，长江不仅哺育流域内的4.7亿人民，还通过南水北调东中线一 期工程、引江济淮、引汉济渭等工程惠泽北方缺水地区2.5亿多人，合计占全国总人口一半以上。 大江安澜是流域发展的基础。长江委强化流域水工程统一联合调度，建立"流域统筹、区域协同、部门 联动"协作机制。如今，纳入长江流域联合调度的水工程已达132座（处），有效应对了2020年流域性大 洪水和2022年极端干旱，防洪减灾和水资源综合利用效能更加显著。 护一江碧水东流，保一库清水北送。近年来，长江委以问题为导向，把修复长江生态环境摆在压倒性位 置，强化河湖生态流量保障，推进小水 ...

新华社武汉9月25日电 题：新时代治江的三个关键词——走进长江保护治理中枢看大江之变 新华社记者李思远 "与历史相比，新时代治江的重要特征是系统思维。中医整体观被创造性应用于长江治理。"长江委主任 廖志伟说，大保护"共"字是关键，长江委协同流域各省份和有关部门坚持从长江生态系统整体性和流域 系统性出发，多方参与分工协作，实现保护治理"循法而治"，合作机制"顺畅有效"，流域管理"协同发 力"。 很少有大河像长江一样，如此波澜壮阔。 党的十八大以来，长江经济带生态环境保护发生转折性变化，经济社会发展取得历史性成就。江湖安 澜、碧水东流、净水北送，长江治理进入现代化治水新时代。记者走进长江保护治理中枢机构——水利 部长江水利委员会，感受大江之变。 保护 "数据实时更新，一旦低于生态流量或出现异常，系统就会立刻预警。我们会立即排查原因、采取处置 措施。"在长江委水资源节约与保护局，工作人员轻点鼠标，全流域重要控制断面的生态流量监控动态 一目了然。 作为我国水资源配置的重要战略水源地，长江不仅哺育流域内的4.7亿人民，还通过南水北调东中线一 期工程、引江济淮、引汉济渭等工程惠泽北方缺水地区2.5亿多人，合计占全国总人口 ...

（作者为安徽省纪委监委党风政风监督室副主任，本报记者田先进采访整理） （文章来源：人民日报） 征迁安置关乎群众切身利益和社会和谐稳定，是一项重要的民生工程、民心工程，也是社会关切、群众 关注的热点焦点。 从近年查处的案件看，征迁安置审批环节多、利益链条长、涉及金额大、监管漏洞多，容易滋生腐 败。"量身定制"征收补偿条款、评估丈量"注水"虚增、安置补偿优亲厚友、房源管理混乱等现象，严重 侵害群众合法权益，造成国家财产损失。 纠治征迁安置领域突出问题，必须坚持系统思维，管权管人管房一体发力。要堵住制度漏洞，完善内控 机制，住建、征迁办等职能部门要紧盯调查登记、对象审核、公开公示、选房分配、项目审计等重点环 节，健全可遵循、可落实、可检查的制度体系，防止人为干扰。要强化科技赋能，推动征收与补偿安置 数字化监管，全流程可追溯、集成闭环管理，保障征迁安置工作在阳光下运行。要强化监督，严肃执纪 执法，聚焦关键岗位、关键环节，加大对套取骗取安置房等行为查处力度，斩断权力寻租"利益链"，形 成强力震慑。要强化干部队伍管理，对征迁安置一线工作人员开展业务培训，加强纪法教育，筑牢廉洁 底线，切实让安置房成为群众"安心房""舒心房 ...

中央纪委国家监委网站 李张光 安徽省宁国市纪委监委深入整治群众身边的不正之风和腐败问题，健全"室组地"联动机制，对涉农补贴发放情况开展监督检查。图为该市纪检监察干部向村 民了解情况。倪心怡 摄 二十届中央纪委四次全会强调，把风腐同查同治理念要求贯穿案件查办、整改纠治、警示教育等各方面，形成办案、治理、监督、教育的有效闭环。在持续 深化群众身边不正之风和腐败问题集中整治过程中，如何坚持系统思维，形成办案、治理、监督、教育的有效闭环？我们采访了三位地方纪委监委主要负责 同志。 树牢系统思维，将各环节纳入一体推进"三不腐"整体框架统筹考虑 江苏省泰州市纪委监委紧盯"校园餐"领域不正之风和腐败问题，聚焦重点问题，开展专项整治。图为该市纪检监察机关联合相关部门到校园食堂开展监督检 查。史胜涛 摄 本期嘉宾 光 华 江苏省泰州市委常委，市纪委书记、监委主任 刘居胜 安徽省宣城市委常委，市纪委书记、监委主任 刘 翔 广西壮族自治区贺州市委常委，市纪委书记、监委主任 记者：持续深化群众身边不正之风和腐败问题集中整治，如何树牢系统思维，将办案、治理、监督、教育各环节纳入一体推进"三不腐"整体框架统筹考虑？ 光华：办案、治理、监 ...

Core Viewpoint - The article emphasizes the importance of systematic thinking in promoting coordinated and balanced development across various sectors of the economy and society, highlighting the strategic planning efforts initiated by Xi Jinping during his tenure in Xiamen [1]. Group 1: Strategic Planning and Implementation - The "Development Strategy" was one of the earliest long-term strategic plans created by a local government in China, spanning from 1985 to 2000, showcasing a forward-looking approach to economic and social development [1]. - The strategy aimed to integrate regional development into the national strategic layout while ensuring a connection between short-term actions and long-term goals [1]. - The planning process involved extensive research and collaboration among various departments and experts, resulting in a comprehensive framework for Xiamen's mid- to long-term development [1]. Group 2: Economic Structure and Growth - The "Development Strategy" called for a comprehensive outward-oriented economic structure, primarily led by industry, while also incorporating tourism, commerce, finance, and real estate [2]. - Industrial output in Xiamen surged from 2.141 billion yuan in 1985 to 77.119 billion yuan in 2000, while the value added by the tertiary sector reached 21.561 billion yuan in 2000, laying the foundation for diversified industrial growth [2]. - By 2024, Xiamen's GDP is projected to reach 858.901 billion yuan, with the tertiary sector contributing 541.528 billion yuan, reflecting an enhanced industrial competitiveness and overall economic vitality [2]. Group 3: Open Economy and Trade - The strategy outlined a phased approach to transforming Xiamen's economy from inward to outward orientation, with significant increases in trade volume, from 444 million USD in 1985 to 10.049 billion USD in 2000 [3]. - By 2024, the total import and export volume is expected to exceed 930 billion yuan, indicating a shift from a commodity and factor flow-based openness to an institutional openness [3]. Group 4: Urban Development and Governance - The "Development Strategy" provided a comprehensive urban planning framework, focusing on a balanced development model that integrates economic, social, and environmental benefits [3]. - Xiamen's urban structure is designed around a central hub with surrounding areas, promoting coordinated development across various sectors and enhancing the city's livability and quality [3]. Group 5: Future Planning and Coordination - The article discusses the importance of synthesizing experiences from the "14th Five-Year Plan" to inform the planning of the "15th Five-Year Plan," emphasizing a holistic approach to development [4]. - Key strategies include establishing a collaborative mechanism for coordinated development across various sectors, optimizing resource allocation, and enhancing the adaptability of policies to changing domestic and international conditions [4]. - The focus is on fostering a multi-stakeholder governance model that combines top-level design with public input, ensuring a democratic and scientific approach to planning [4].

Core Insights - The integration of charging stations into streetlight poles in Jiangyin represents an innovative approach to address the increasing demand for electric vehicle charging infrastructure while minimizing land use and construction costs [1][2] - This "lamp-pole integration" model utilizes existing roadside parking resources and power supply facilities, effectively reducing both construction and time costs without disrupting existing infrastructure [1] - The multifunctional streetlight poles not only provide charging for electric vehicles but also serve various purposes such as charging for electric bicycles and mobile phones, traffic monitoring, environmental sensing, and emergency assistance [1][2] Industry Implications - The concept of "one pole with multiple functions" exemplifies a shift towards resource optimization in urban governance, emphasizing the importance of maximizing existing resources rather than solely relying on new constructions [2] - This approach reflects a systemic thinking in urban management, where collaboration among multiple departments (electricity, city management, transportation, and public safety) is essential for creating a smart city [2] - The multifunctional streetlight initiative highlights the significance of addressing community needs and enhancing urban living conditions through innovative solutions, rather than focusing on large-scale projects [2]

Group 1 - The article discusses the challenges of communication faced by individuals, particularly those in technical fields, highlighting a "coding system" that complicates emotional expression and needs [2][3] - It emphasizes the role of educators in bridging communication gaps, portraying them as essential in translating the thoughts and feelings of students [3][4] - The narrative illustrates the importance of empathy and understanding in both parenting and professional consulting, showcasing how personal experiences can enhance professional skills [8][10] Group 2 - The article reflects on the journey of personal growth through the challenges of supporting a child in high school, particularly during the stressful period of preparing for exams [9][10] - It underscores the significance of accepting imperfection in communication and the learning process, suggesting that every challenge presents an opportunity for growth [10][11] - The piece concludes with the notion that true growth is a mutual process, where both parents and children learn and evolve together through shared experiences [11]

Group 1 - The article discusses the impact of AI and information overload on cognitive abilities, highlighting issues such as reduced critical thinking, lack of patience, and attention deficits [1][3][4] - It emphasizes the importance of deep reading and learning, suggesting that reliance on short-form content can lead to a decline in attention span and engagement with more complex materials [1][2][3] - The author argues that long-form content serves as a filter for audiences, attracting those with genuine interest and needs, while short content may lead to superficial engagement [9][13][16] Group 2 - The article points out that while short content is popular, it often results in lower engagement for quality, in-depth articles, which may be overlooked by algorithms favoring user retention [11][14][36] - It suggests that creators should balance trending topics with quality content to build an initial audience, while also focusing on long-term value through deep content [12][15][17] - The long-form content is described as a valuable asset that can generate ongoing returns, as it can be repurposed and monetized over time, unlike fleeting trends [30][32][39] Group 3 - The article highlights the necessity of understanding audience needs and delivering high-density information rather than merely increasing word count [20][24][26] - It stresses the importance of consistent output of deep content as a means of building a personal brand and establishing a loyal audience [15][18][35] - The author concludes that despite initial challenges, the commitment to producing long-form content will ultimately attract a dedicated and engaged audience, leading to sustainable growth [35][36][38]

Group 1 - The core viewpoint emphasizes that computer science education extends beyond programming, incorporating essential theoretical concepts such as big O notation, complexity theory, and random algorithms, which are crucial for developing system thinking [1] - The future of technology may see engineers transitioning from writing code to operating machines that generate code automatically, shifting their focus to problem-solving and product development [1] - The importance of foundational knowledge in computer science is echoed by industry leaders, highlighting the need for a transformation in computer science education to adapt to the evolving technological landscape [3] Group 2 - AI-assisted programming tools are already changing the development process, with significant portions of new code being generated by AI, indicating a shift in how programming is approached [3] - The urgency for a transformation in computer science education is underscored by the rapid advancements in AI technology, reinforcing the necessity of cultivating system thinking and mastering foundational theoretical knowledge for future engineers [3]