Group 1: Military Equipment and Achievements - The 80th anniversary of the victory in the Chinese People's Anti-Japanese War and the World Anti-Fascist War was marked by a grand military parade showcasing advanced military equipment, including new main battle tanks, hypersonic anti-ship missiles, strategic missiles, and fifth-generation fighter jets, which impressed both the domestic audience and international observers [1][2] - The parade highlighted the achievements of China's aviation industry, with 125 aircraft from the Aviation Industry Corporation of China (AVIC) participating, demonstrating the strength of domestic aviation weaponry in safeguarding national security and maintaining world peace [1][2] - The event served as a testament to the modernization and technological advancements in China's military capabilities, reflecting the country's commitment to national defense and global stability [5][6] Group 2: Industry Perspectives and Contributions - Representatives from various military and aerospace sectors expressed a strong sense of mission and responsibility, emphasizing the importance of national strength and technological advancement in ensuring peace and security [2][3] - The contributions of military workers and engineers were acknowledged, with statements highlighting the dedication and hard work that went into the development of these advanced military technologies, which are seen as the culmination of years of effort and innovation [4][5] - The event reinforced the notion that a strong military is essential for national sovereignty and global peace, with industry leaders committing to further advancements in defense technology to support national goals [6]

2025年9月3日，全世界的目光都聚焦在北京天安门广场盛大的阅兵仪式。我想，不光是我们 国家的人民热血沸腾，世界各地都有人在屏息凝视。 大家关注的焦点，除了国家军队独树一帜的精神风貌以外，更让军迷们欢呼的，就是这次阅兵 展出的 陆、海、空、信息化、无人作战等各种新型装备，尤其是那些 没有对外展出过的现役 装备，以及一些国之重器。 相信看完今天这场阅兵，不光有一大批军迷秒变"军盲"，纷纷准备恶补知识点。更有大量 的"军事小白"，或者对这些世界先进的武器装备充满好奇心的小小少年们，打开了新世界的大 门，想要 更深入地了解我们国家乃至世界范围内的各种武器装备。 戳图了解更多 沧海桑田，我记得2008年，我在学校图书馆翻开了《兵器知识》《舰载武器》《轻武器》这 些很少有人会借阅的杂志，看到了国产战机歼-10，激动又自豪。但 当时我们在杂志里能翻阅 到的，更多还是美俄的武器装备，说实话很羡慕。 2011年，歼-20首飞，全国军迷一片振奋。我也一样，还在那一年选择了军工类的大学专业就 读。 歼-20战机 直到如今，我们看到第五代战机歼-35走进国际视野，曾经的歼-10在"光环褪去"之后，因为 歼-10C的 实战成果又火出 ...

Core Viewpoint - The article highlights the evolution and modernization of anti-drone equipment in the context of contemporary warfare, showcasing a new generation of military capabilities that integrate advanced technologies and historical legacy [1][13]. Group 1: Anti-Drone Equipment Overview - The anti-drone formation showcased during the military parade consists of 17 vehicles across 5 types, demonstrating the integration of high-tech modern weaponry [1]. - The equipment features a modular and open structure, incorporating anti-drone artillery systems, high-energy laser weapons, and high-power microwave weapons, collectively referred to as the "Iron Triangle" [1][5]. Group 2: Specific Weaponry Details - The laser weapon, part of the "Iron Triangle," operates by emitting high-energy beams to damage targets without explosive sounds or recoil, emphasizing its modern capabilities [5]. - The combined artillery weapon, another component of the "Iron Triangle," is noted for its rapid response, strong interception capabilities, and high shooting accuracy, effectively reducing threats from low, slow, small targets [7]. - The high-energy microwave weapon, also part of the "Iron Triangle," is designed to inflict damage on drones and drone swarms over a wide area, showcasing advancements in military technology [9]. Group 3: Historical Context and Legacy - The anti-drone formation is primarily composed of personnel from a historic army unit established in 1927, known for its significant contributions during the Anti-Japanese War, embodying a legacy of loyalty and resilience [13]. - The soldiers express a commitment to uphold the spirit and values of their predecessors, emphasizing the importance of political loyalty and combat readiness in modern warfare [15].

Group 1 - The event "Light and Shadow Science Dream" will be held at the China Science and Technology Museum to celebrate the 80th anniversary of the victory in the Chinese People's Anti-Japanese War and the World Anti-Fascist War in 2025, offering free movie screenings to the public [1] - From September 2 to 30, the public can enjoy 14 films in giant screen and 4D cinemas, with 18,000 free tickets available for reservation [1] - The giant screen cinema will showcase 8 science films, including "Yang Zhenning: A Century of Scientific Journey" and "Walking with Elephants," highlighting the dedication of scientists [1] Group 2 - The 4D cinema will feature biographical films of scientists such as "I Am a Doctor" and "Qian Xuesen," allowing audiences to experience historical moments of scientific discovery [1] - On weekends, classic red films will be screened, including "Volunteer Army: Life and Death Battle" and restored black-and-white films like "Little Soldier Zhang Ga" and "Tunnel Warfare," evoking national sentiment [1] - A special event on September 7 will include a screening of the restored black-and-white film "Tunnel Warfare," accompanied by a lecture from researcher Lv Xiaoge on the development of military technology [2]

Core Viewpoint - The article highlights the youthful and diverse composition of the Joint Military Band, emphasizing their academic backgrounds and dedication as they prepare for the upcoming military parade [1][2]. Group 1: Composition and Background - The Joint Military Band consists of over a thousand members, most of whom hold undergraduate or higher degrees from prestigious institutions such as Renmin University of China and South China University of Technology [2]. - Members come from various fields, showcasing a rich diversity in their professional backgrounds [2]. Group 2: Individual Stories - 29-year-old percussionist Lü Jiajie, a doctoral student at the National University of Defense Technology, balanced his doctoral thesis with rigorous training for the parade, demonstrating commitment and resilience [3]. - 28-year-old trumpeter Tian Xin, also a doctoral researcher, transitioned from a teaching role to a performing one, embodying the dual identity of a scholar and a soldier [5][6]. - 33-year-old clarinetist Jia Zhuoran, a civilian instructor, views participation in the band as a new challenge, striving to prove that civilian educators can also fulfill military roles [9][10]. Group 3: Training and Challenges - The musicians face physical challenges, such as maintaining posture while holding heavy instruments, which tests their endurance [6][8]. - New members like trombonist Zhou Yiding experienced initial difficulties but showed determination to improve through practice [7]. Group 4: Skills and Contributions - The academic backgrounds of the musicians enhance their ability to interpret and perform complex musical scores, allowing for a deeper understanding of the music's intent and emotional core [11]. - The band’s conductor noted that the high-education level of the musicians not only improves their musical skills but also enhances the overall effectiveness and problem-solving capabilities of the team [11].

Group 1 - The Wuhan University summer practice team visited key enterprises and research institutions in Hunan and Guangdong, focusing on strategic emerging industries such as "intelligent manufacturing," "technology for a strong military," and "green energy" [1][3][5] - The team observed advanced technologies at SANY Heavy Industry in Changsha, including digital production lines and industrial robots, highlighting the transition from "Made in China" to "Intelligent Manufacturing in China" [3][5] - At CRRC Zhuzhou Institute, the team learned about breakthroughs in key technologies for high-speed trains and the importance of independent innovation for national scientific advancement [3][5] Group 2 - The team visited an intelligent science college in Changsha, focusing on artificial intelligence and unmanned systems, emphasizing the dual transformation of technological achievements and national manufacturing [5][7] - At Guangzhou Development Group, the team explored the company's extensive involvement in clean energy and carbon asset management, discussing the opportunities and challenges in the context of the "dual carbon" strategy [5][7] - The practice highlighted the importance of understanding the real implications of "technological self-reliance" through hands-on experiences and dialogues with industry leaders [8]

Core Viewpoint - The article highlights the dedication and achievements of Chen Zhenhua, a researcher at the Military Academy, who has made significant contributions to scientific research and technology development in the defense sector over more than 30 years. Group 1: Achievements and Contributions - Chen Zhenhua has participated in and led over 10 research facility design projects, earning 5 first-class, 1 second-class, and 5 third-class awards for military scientific progress [1] - He has been recognized with two second-class merits and one third-class merit for his contributions [1] - His first major project involved designing a critical component of a research facility, which became a highlight of the project and earned him a second-class merit [4] Group 2: Leadership and Team Development - Chen Zhenhua emphasizes the importance of nurturing young researchers, with 60% of his team being under 35 years old, and he actively mentors them [9] - He has developed personalized growth plans for young researchers, fostering a collaborative and resource-sharing environment within his team [9] - Chen Zhenhua prioritizes the success of his team members in award nominations and promotions, demonstrating a commitment to collective achievement over personal recognition [9] Group 3: Research Philosophy and Work Ethic - Chen Zhenhua believes in overcoming challenges and has led his team to break through multiple key technologies in complex projects [5][6] - He maintains high standards for project quality, refusing to sign off on components that do not meet design specifications, which reflects his commitment to excellence [8] - His approach to research is characterized by a relentless pursuit of perfection and a proactive stance in addressing technical difficulties [7][8]