于良渚而言，这样的对话已是常态。近年，杭州打造"良渚与世界"对话活动，以世界文化遗产保护 和国际交流合作为主线，先后推动良渚与英国巨石阵、希腊雅典卫城、西班牙托莱多古城等世界文化遗 产开展文明对话。 原标题：申遗成功六周年 良渚展现新气象 2019年7月，位于杭州余杭区的良渚古城遗址成功申报世界文化遗产。6年来，杭州通过做好良渚申 遗"后半篇文章"，让良渚古城遗址及其代表的良渚文化呈现出诸多新气象。 日前，"良渚与世界——良渚古城·罗马古城"对话活动在良渚古城遗址公园举行，来自中国和意大 利的110余位嘉宾，围绕古城营建、遗产保护和价值再生等展开探讨。 罗马餐饮与旅游协会主席朱塞佩·布鲁诺体验后称赞，"这非常神奇，我感受到了历史穿越的瞬 间"。 类似"文化+科技"的尝试还有很多。良渚博物院应用了AR导览系统，访客戴上AR眼镜能实时看到 眼前藏品的空间视频介绍，甚至可以把藏品"拿"在手上，参观体验大幅提升。在良渚古城遗址公园内， 无人驾驶的智能网联车的投用，让游人有了更具科技感的交通选项。 对良渚而言，文化遗产的保护、传承、利用要走进公众。良渚博物院近年推出了针对不同年龄、职 业、身体状况人群的教育活动和出版物 ...

《BUG》栏目注意到，WAKUKU盲盒在多个线上和线下渠道均显示缺货。有店员表示，"WAKUKU已 经断货半个月，此前一般半个月会补货一次，每次补货数量也不多，只有5-6盒。" 同比起LABUBU二手价格的狂飙到回落，WAKUKU的价格波动相对平稳，这也使其成为部分预算有限 玩家的"平替"选择。不过，从6月中旬开始，个别款式也出现明显溢价，比如发售价为129元的"甜心 兔"吊卡，近期二手成交价约320元，而6月初二手价为150元左右。 文 | 《BUG》栏目 徐苑蕾 在潮玩市场掀起新一轮热潮的WAKUKU，凭借其标志性的"小野孩"形象和明星营销策略，迅速成为Z世 代追捧的新宠。而因收购WAKUKU母公司Letsvan股权，美股上市公司量子之歌也在资本市场迎来暴 涨。 值得注意的是，在豪赌潮玩赛道背后，量子之歌正面临主营业务恶化、付费学员数量萎缩、用户投诉不 断的多重困境。从二级市场的疯狂炒作到教育业务的持续下滑，从资本市场的短暂狂欢到长期商业模式 的可持续挑战，量子之歌这场跨界并购究竟是救命稻草还是饮鸩止渴？ 吊卡二手价翻倍 在潮玩爱好者社群中，"不是LABUBU买不起，而是WAKUKU更具性价比"的观点正逐 ...

Core Points - The meeting focused on the integration of education, technology, and talent systems to accelerate the cultivation of new quality productivity in Shaanxi Province [1][2] - The provincial government aims to deepen reforms in education and technology talent systems, emphasizing the development of new quality productivity [2] Group 1: Meeting Overview - The 15th meeting of the Standing Committee of the 13th Shaanxi Provincial Committee was held in Xi'an [1] - Key figures in attendance included Provincial Committee Chairman Xu Xinrong and Vice Governor Li Jun, who delivered a report [1] Group 2: Key Discussions - Various representatives from different political parties and organizations discussed topics such as technology achievement transformation, key industrial chain construction, and the integration of technology and industry innovation [1] - The discussions also highlighted the importance of improving the talent introduction system and driving high-quality development in education in Shaanxi [1] Group 3: Future Directions - The provincial government plans to continue promoting the "three-year" activities and focus on tackling "eight hard battles" to push forward the reforms [2] - There is a commitment to adapt the development of new quality productivity to local conditions [2]

Core Viewpoint - Shandong Energy Yanzhou Coal Mining Company focuses on enhancing its education and training center to improve management and service efficiency, aiming to establish a model training platform for provincial state-owned enterprises and modern vocational education [2] Group 1: Party Leadership and Education Training - The company emphasizes the role of party leadership in education and training, integrating political construction with core operations to support various training programs [3] - Key training areas include theoretical education, skills training, and safety training, with a focus on maintaining the integrity of party education content [3] Group 2: Innovative Training Approaches - The company conducts thorough research to understand the needs of training units, innovating training models and content to enhance the relevance and effectiveness of teaching [4] - A diverse curriculum system is developed, combining theoretical teaching, case analysis, on-site teaching, and interactive discussions to avoid superficiality and homogenization [4] Group 3: Teacher Development and Team Building - The company aims to invigorate its teaching staff by improving management systems and training processes, enhancing teaching effectiveness [5] - It promotes a "mentor-apprentice" model to build a versatile teaching team, encouraging teachers to gain experience in various roles and continuously improve their skills [5]

Core Insights - Hong Kong is presented with unprecedented historical opportunities in the global education landscape due to significant changes in international circumstances and uncertainties in study abroad policies in Europe and the US [1][9] - The development of Hong Kong's international education industry is crucial for building its own international education system and contributing to national development strategies, including the Greater Bay Area initiative [1][9] Group 1: International Education Development - Hong Kong aims to establish itself as an international education hub by creating a comprehensive international training system from primary to tertiary education to address structural demographic challenges [2][3] - The Hong Kong government has adopted proposals to enhance international education, including initiatives to attract, retain, and nurture talent, and strengthen cooperation with the Greater Bay Area [2][3] Group 2: Talent and Resource Attraction - By attracting high-quality international students, Hong Kong can inject vitality into the Greater Bay Area's technological innovation and industrial upgrading, while also nurturing globally competitive talents for the nation [4][8] - The experience of countries like the US and UK in leveraging their education sectors to boost tourism and local economies serves as a model for Hong Kong [4][8] Group 3: Infrastructure and Educational Quality - The development of hardware and educational facilities is essential for promoting STEM education and enhancing the overall educational environment in Hong Kong [5][7] - Proposals include establishing a comprehensive science museum in Hong Kong to support scientific education and cultural exchange, which would also integrate into the innovation ecosystem [5][7] Group 4: Research and Academic Collaboration - Hong Kong's strong academic resources and research capabilities can be leveraged to create an influential academic conference system, attracting top global scholars and enhancing the "Study in Hong Kong" brand [6][9] - Establishing international research funds and hosting academic conferences can further enhance Hong Kong's research environment and international influence [6][9] Group 5: Industry-Academia Integration - The integration of industry, academia, and research is vital for improving talent cultivation quality and providing comprehensive support from education to employment [7][8] - Collaborations between universities and Greater Bay Area enterprises can facilitate the rapid transformation of research outcomes into practical applications, enhancing students' practical skills [7][8]

Group 1 - The core viewpoint emphasizes the need for new approaches and actions in the construction of ideological and political education in the context of the new era and new journey, guided by the goal of building a strong educational nation [1] - The integration of ideological and political education across different educational levels (primary, secondary, and higher education) is a systematic project that requires coordination of various stakeholders, core elements, key links, and important tasks [1][2] - The overall deployment and coordination of the integration system should strengthen ideological guidance and organizational leadership, ensuring that all participants share a unified vision and action plan [2] Group 2 - The vertical spiral connection should be designed based on educational and cognitive development principles, ensuring continuity and progressive development across different educational stages [3] - The educational goals and content should be systematically aligned, focusing on moral education in primary school, foundational ideology in middle school, political literacy in high school, and mission responsibility in university [3] - Different educational methods should be tailored to the age characteristics and cognitive levels of students at each stage, utilizing experiential learning in primary school and deep learning in higher education [3] Group 3 - The horizontal collaborative optimization involves integrating educational elements and resources at the stage level into specific implementation plans for educational processes [4] - The educational process should include the integration of goals, subjects, content, and methods, based on national and societal requirements for ideological education [4] - A collaborative educational ecosystem should be established by integrating various educational platforms and resources, promoting a comprehensive approach to ideological and political education [4]

Core Insights - The article discusses the acceleration of AI education adapting to local needs, with Xueersi Learning Machine leading the way in Shanghai [1][2] - The focus is on personalized learning solutions powered by AI technology, aiming to enhance educational experiences for students [1][2] Group 1: Product Features - Xueersi Learning Machine has launched three localized modules: Intelligent Local Practice System, Virtual Co-learning Community, and Local Educational Resource Recommendation Module [1] - The Intelligent Local Practice System utilizes the Nine Chapters model to analyze local exam trends, providing customized weekly practice and integrating local exam papers [1][2] - The Virtual Co-learning Community addresses the loneliness of online learning by allowing students to engage in group activities and interactions [1] Group 2: Market Trends - The education smart hardware market in China has grown from 52.5 billion yuan in 2020 to 67.7 billion yuan in 2023, with a compound annual growth rate of 8.85% [2] - The market is expected to expand further to 73.9 billion yuan by the end of 2024 [2] Group 3: Product Matrix - Xueersi has introduced a new product matrix covering entry-level, mid-range, and flagship models, catering to different market segments [3] - The P4 standard model is priced at 2,699 yuan, targeting budget-conscious families, while the S4 classic model is priced at 4,899 yuan, designed for comprehensive learning [3] - The flagship T4 series, priced at 7,299 yuan, integrates advanced AI capabilities to foster independent learning [3] Group 4: Technological Framework - All three product models utilize the DeepSeek and Nine Chapters dual-core model architecture, enhancing their educational functionalities [3] - The Nine Chapters model has developed capabilities in problem-solving and grading across all subjects, supporting features like "Precision Learning" [3]

Group 1 - The core viewpoint of the article emphasizes the successful implementation of a training course that aligns with the central government's eight regulations, enhancing leadership engagement and knowledge sharing [1][3] - The training course featured a "two-level leadership on stage" model, allowing diverse insights from different leadership levels, which broadened knowledge perspectives and improved cognitive abilities [1][3] - The organization has established a mechanism for two-level leadership to take the stage, focusing on policy theory learning, decision-making implementation, and business knowledge training, transforming soft indicators into hard tasks [3] Group 2 - The next steps include regular promotion of the two-level leadership on stage system, optimizing training course content, and enhancing the effectiveness of educational training [3] - The organization aims to create a distinctive teaching brand by integrating resources and complementing advantages, thereby stimulating learners' intrinsic motivation [3]

Group 1 - The seminar "Artificial Intelligence General Education: Innovation and Integrity" was held in Nanjing, gathering over 200 experts and scholars from universities and enterprises to explore the integration of talent cultivation and technological transformation [1] - Nanjing University launched the "AI Trial Field," a resource and application platform for AI, which includes AI computing power, models, tools, and a knowledge base for teaching and research [1] - The "AI Trial Field" aims to seamlessly integrate AI resources into the educational process, supporting course learning, project research, and industry challenges, thereby enhancing talent cultivation in the AI era [1] Group 2 - Academician and former president of Nanjing University, Lv Jian, emphasized the need for a comprehensive reform in talent cultivation that balances education's slow variables with the fast variables of artificial intelligence [2] - Wang Jun, the dean of the undergraduate school at Nanjing University, highlighted the importance of top-level design and practical implementation in building artificial intelligence general education, aiming to create a platform for cross-disciplinary communication and best practice cases [2]

Core Viewpoint - The "Youth Science Literacy Improvement Program" is a national rural science and education public welfare project initiated by the China Next Generation Education Foundation and Ping An Insurance, aimed at enhancing science literacy among youth through innovative educational models [1] Group 1: Program Overview - The program has been operational since 2019 and utilizes an "Internet + Education" model to deliver educational resources [1] - It has reached 27 provinces, autonomous regions, and municipalities, empowering 1,058 rural schools and benefiting over 310,000 students [1] Group 2: Recent Activities - Recently, the program organized an event in Chongming District, Shanghai, where students from Ping An Hope Primary School in Liu'an, Anhui, engaged in hands-on activities using agricultural AI technology to diagnose plant diseases [1] - The students utilized the "Ai Nong Bao APP" with multispectral imaging technology for AI diagnosis of diseased rice seedlings [1] Group 3: Resource Distribution - The program has donated a total of 451,000 science books and 10 million other educational resources to support rural education [1]