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Core Viewpoint - The meeting of the Shenzhou-21 astronaut crew with media highlights the integration of scientific ideals and national pride in China's space exploration efforts [1][3]. Group 1: Astronaut Background - Astronaut Zhang Hongzhang has a background in new energy and materials research, emphasizing the importance of using knowledge to change destiny and strengthen the nation through technology [1]. - Zhang's childhood aspiration was to emulate pioneering scientists like Qian Xuesen, which reflects a deep commitment to scientific exploration and national development [1]. Group 2: Career Development - In 2018, the announcement of selecting payload experts from researchers ignited Zhang's dream of spaceflight, marking a significant opportunity for personal growth and alignment with national missions [3]. - The role of a payload expert represents a fusion of scientific ideals and the dream of space exploration, showcasing the evolving nature of China's manned space program [3]. Group 3: Current Mission and Pride - The current phase of the manned space program focuses on the application and development of the space station, allowing for groundbreaking research that previous generations could not undertake [3]. - Zhang expresses immense pride in being part of this mission, highlighting the significance of contributing to scientific advancements as a Chinese citizen [3].

Core Insights - The article highlights the journey of a dedicated engineer who transformed the raw material testing industry in China, overcoming technological monopolies and establishing a strong domestic presence in the field [1][3][4]. Group 1: Historical Context - In the 1990s, China faced a "hollowing out" dilemma in core detection equipment, prompting a shift from academia to industry by a passionate scholar, Wang Xiaoqiang [3][4]. - Wang's pivotal experience in the U.S. revealed the precision and efficiency of Western industrial practices, leading to his decision to leave academia and pursue practical applications of technology [3][4]. Group 2: Technological Breakthroughs - The initial phase of the company involved significant challenges, including a lack of core technical data and equipment, which the team overcame through persistent experimentation and manual measurements [4][5]. - In 2002, the introduction of the "full cross-section spiral drilling sampling technology" marked a significant milestone for China in the raw material testing sector, enhancing detection capabilities and altering industry standards [4][5]. Group 3: Transition to Intelligent Manufacturing - The company transitioned from mechanical to intelligent manufacturing by integrating advanced technologies such as industrial robots and laser detection, leading to competitive advantages in the market [5][6]. - Notable successes included winning bids against international firms for major projects, establishing China's presence in the intelligent detection equipment sector [5][6]. Group 4: Global Expansion - The company began exporting its technology internationally, with significant projects in South America and other regions, showcasing the global recognition of Chinese technology standards [6][7]. - The establishment of a robust intellectual property system and understanding of international standards facilitated the company's adaptability in various markets [6][7]. Group 5: Commitment to Industry Standards - The company emphasizes a commitment to national industrial safety over mere profit, actively participating in the formulation of industry standards and earning respect within the sector [7][11]. - A significant portion of revenue is reinvested into research and development, fostering innovation and nurturing talent within the industry [7][11]. Group 6: Future Vision - The company aims to continue advancing in the intelligent detection field by integrating emerging technologies such as artificial intelligence and big data [12][13]. - Wang Xiaoqiang's ongoing passion and hands-on approach reflect the resilience and ingenuity characteristic of Chinese entrepreneurs, symbolizing a hopeful future for the industry [12][13].

Core Viewpoint - The event commemorates the 70th anniversary of Qian Xuesen's return to China, emphasizing his significant impact on the country's innovation and entrepreneurship, and aims to harness the power of the united front to support economic and social development during the 14th Five-Year Plan period [1][3]. Group 1 - The event highlights Qian Xuesen's return as a catalyst for a wave of overseas intellectuals returning to China, which laid a solid foundation for the country's aerospace industry [3]. - The gathering included discussions that honored historical contributions while encouraging contemporary youth and scientists to share their experiences, thereby promoting patriotism and the spirit of scientists [3][5]. - The meeting called for the continuation of the glorious tradition of studying abroad for the benefit of the country, urging intellectuals to focus on national prosperity and the well-being of the people [5]. Group 2 - The event featured notable speakers, including Qian Xuesen's son, Qian Yonggang, and other prominent figures from academia and industry, who shared insights on the importance of scientific contributions to national development [3][7]. - A new initiative titled "Science and Technology for the Country" was launched, aiming to enhance the cultural resources of the united front and promote collaboration among intellectuals [7][8]. - The event concluded with a visit to the exhibition "People's Scientist Qian Xuesen," further emphasizing the legacy and ongoing relevance of his contributions [7].

Core Viewpoint - Dalian University of Technology has played a significant role in China's industrial development since its establishment, emphasizing the integration of education, research, and industry to support national strategic needs [1][2] Group 1: Historical Development - Dalian University of Technology was founded as the first new type of regular university by the Communist Party of China before the establishment of the new China, aimed at building the industrial system [1] - The university has evolved from the establishment of the Kanto Industrial School and Kanto Electrical Engineering School in 1946 to its current form, with a focus on cultivating talent for the liberation war and producing essential materials [1] - In the 1960s, the university contributed to significant projects, including the research of China's first nuclear submarine and the development of the first large-scale CNC gantry milling machine [1] Group 2: Achievements and Contributions - Dalian University of Technology has received numerous awards for its research achievements, including 18 awards at the National Science Conference in 1978 [1] - The university has continuously supported major national strategies in the new century, including assisting in reducing the weight of the Long March 5 rocket by 1.1 tons and overcoming technical bottlenecks in nozzle processing [1] - Technologies developed by the university have been applied in various fields, such as the ski helmets for the Chinese team at the 2022 Beijing Winter Olympics, enhancing safety while reducing weight [1]

Group 1 - The core theme of the initiative is to inspire youth through the experiences of frontline scientific talents in various fields, emphasizing the importance of practical efforts in achieving national technological independence and modernization [1][2]. - A total of 36 frontline scientific talents from 12 key sectors, including integrated circuits, artificial intelligence, and biomedicine, have been selected to form a speaking group to share their experiences and insights with students [2][3]. - The initiative aims to foster a sense of mission among youth by sharing real stories of overcoming challenges and promoting independent innovation in technology [2][3]. Group 2 - Hu Weiwu, chairman of Loongson Technology, highlighted the importance of mastering "root technologies" for building a self-sufficient information industry in China, emphasizing the need for persistent efforts in innovation [3][4]. - Sheng Jingwei, founder of Beijing Kunmai Medical Technology, shared his journey in developing quantum brain magnetometry technology, showcasing the importance of domestic production and innovation in medical devices [4][5]. - Wang Shaolan, president of Beijing Zhipu Huazhang Technology, discussed the development of a national-level AI model, stressing the necessity of mastering every aspect of technology to avoid dependency on foreign technologies [5][6].

Core Points - Liu Zhonghua, the Vice President of Shuoshi Biotechnology, passed away due to sudden illness on September 12, 2025, at the age of 56 [1] - Liu was a core founder of the company and made significant contributions to its establishment and growth, particularly in the fields of infectious disease testing, cancer screening, and maternal and child health diagnostics [1][2] - Liu held a Ph.D. from Xi'an Jiaotong University and was an expert in molecular biology, with a career that included research at the Chinese Academy of Medical Sciences and collaborations in the U.S. [1] Company Impact - Following Liu's death, the board of directors of Shuoshi Biotechnology decreased from 9 to 8 members, which does not affect the normal operation of the board but is below the number stipulated in the company's articles of association [2] - The company will conduct a board member replacement process in accordance with the Company Law of the People's Republic of China and its articles of association [2] - Liu directly held 2.57% of the company's total shares, amounting to 2.1525 million shares, which will be handled according to relevant laws and regulations [2]

Core Viewpoint - The program "The First Lesson of the School Year 2025" emphasizes the theme of "Remembering and Striving," aiming to guide young people to remember history, honor martyrs, cherish peace, and create a better future [1][2] Group 1: Program Content - The program features representatives from historical memorial sites who recount vivid stories from the Anti-Japanese War, helping students connect with historical memories [1] - The use of AR technology allows students to experience historical sites and events in an immersive way, enhancing engagement and understanding [1] Group 2: Audience Reaction - The program has received positive feedback from viewers, with many expressing a deep emotional connection to the content and a renewed appreciation for the hard-won peace [2] - Comments from viewers highlight the importance of cherishing the current peaceful life and the value of passing on historical lessons through active engagement and striving for personal and national development [2]

Core Viewpoint - The original play "From Yan'an" by Xi'an University of Electronic Science and Technology commemorates the 80th anniversary of the victory in the Chinese People's War of Resistance Against Japanese Aggression and the World Anti-Fascist War, highlighting the historical significance of education during the Yan'an period [1] Group 1 - The play is based on the historical backdrop of the Chinese Communist Party's establishment of higher education during the war, focusing on the growth of the Red Army orphan Yan Siying as the narrative thread [1] - It showcases the historical value of education during the Yan'an anti-war period, illustrating the contributions of institutions like Yan'an Communication University (the predecessor of Xi'an University of Electronic Science and Technology) and the Lu Xun Academy of Fine Arts in nurturing young talent for national liberation and state-building [1] - The performance presents a multidimensional picture of "bloody battles at the front + talent cultivation at the rear + artistic resistance + technological contributions to the nation," reflecting the steadfast political stance and mission-driven spirit of the youth of that era [1] Group 2 - After the performance, a new student expressed a deep understanding of the spirit of "hard work and self-improvement," inspired by the perseverance of predecessors despite harsh research conditions, reinforcing their determination to excel in their studies and contribute to the nation through technology [1] - As a key project for promoting aesthetic education and ideological education, the play will continue to tour both on and off campus, aiming to tell the story of Yan'an and pass on the red gene, encouraging faculty and students to take on responsibilities in the new journey of national rejuvenation and technological advancement [1]

Core Viewpoint - The article highlights the resilience and contributions of Chinese universities during the Anti-Japanese War, emphasizing their role in education, cultural preservation, and local development despite challenging circumstances [1]. Group 1: Historical Context - The article discusses the forced relocation of universities such as Peking University, Tsinghua University, and Nankai University to the southwest during the war, leading to the establishment of temporary institutions like Changsha Temporary University and later Southwest United University [10][11]. - It mentions the hardships faced by students and faculty during their migrations, including a 68-day journey from Changsha to Kunming [10]. Group 2: Educational Contributions - The article details how these universities not only provided education but also fostered a spirit of patriotism and responsibility among students, with references to historical figures like physicist Yang Zhenning who recalled the rigorous academic environment despite limited resources [11][14]. - It highlights the ongoing academic initiatives inspired by the legacy of these institutions, such as lectures on cutting-edge technologies relevant to national development [15]. Group 3: Community Engagement - The article describes various outreach activities by universities, including internships and community service projects that echo the spirit of the past, where students apply their knowledge to benefit local communities [16][24]. - It emphasizes the long-term partnerships formed between universities and local areas, such as Zhejiang University’s collaboration with tea producers in Meitan, which has roots in historical ties established during the war [25][26]. Group 4: Legacy and Memory - The article notes the publication of oral histories documenting the experiences of those who attended these universities during the war, aiming to preserve the collective memory of their struggles and contributions [17][18]. - It underscores the importance of continuing the educational and cultural missions of these institutions, as seen in the activities of the China People's University and its engagement with local schools [20][21].