Core Points - The event showcased over 180 science popularization exhibits and activities, attracting significant public interest [1][3] - Interactive projects included a water rocket powered by water and compressed air, and a wooden satellite model that rotates using solar energy [3] - The National Botanical Garden serves as a science museum, featuring rare botanical specimens and opportunities for visitors to engage in hands-on activities [3] Summary by Categories - **Exhibits and Activities** - The event featured a variety of science exhibits, including a bionic fish and a ping-pong cannon utilizing Bernoulli's principle [1] - The "air cannon" attracted many young visitors, demonstrating the principles of air pressure and motion [1] - **Interactive Science Projects** - A water rocket launched to over ten meters high, showcasing the principles of propulsion using water and compressed air [3] - A wooden satellite model powered by solar panels demonstrated renewable energy applications [3] - **Educational Value** - The National Botanical Garden is highlighted as a significant educational resource, housing some of the earliest introduced species in Beijing and unique geological specimens [3] - The event aimed to create a festive atmosphere around science, with various institutions under the Chinese Academy of Sciences participating in diverse educational activities [3]

Core Viewpoint - The article highlights the transformative impact of science education at Zhangguangmiao Primary School in Gushi County, Henan, where innovative hands-on experiments have fostered a love for science among students over the past five years [1][5]. Group 1: Science Education Initiatives - The school established a "Chuying Science Museum" five years ago, which has become a hub for hands-on scientific experiments using recycled materials [1][8]. - Students have conducted over 520 launches of water rockets, showcasing the practical application of scientific principles [1][11]. - The school has participated in county science sports events for five consecutive years and has even reached the national stage in science experiment competitions [5]. Group 2: Cost-Effective Experimentation - The cost of scientific equipment for a recent science sports event was only 53 yuan, with some components costing as little as 0.06 yuan [8]. - The science teacher has compiled a list of 180 completed experiments, encouraging other teachers to engage students in practical science [8][10]. Group 3: Community Engagement - The school invites parents to participate in science experiments, fostering a community atmosphere where both parents and children enjoy learning together [7]. - The overall emphasis on science education has increased among teachers, students, and parents, reflecting a broader national focus on scientific literacy [7]. Group 4: Student Aspirations - Students express aspirations to explore outer space and become scientists, indicating the positive influence of the school's science programs on their future ambitions [12][13].

Core Viewpoint - The article highlights the significant advancements in aerospace education at the vocational high school in the Ordos City, showcasing the students' participation in the 2025 National Youth Aerospace Innovation Competition and their hands-on experiences with aerospace technology [1][3]. Group 1: Competition Participation - The vocational high school education group from the Ordos City participated in the 2025 National Youth Aerospace Innovation Competition, winning first, second, third prizes, and an excellence award in the regional competition [1]. - The students' achievements reflect a growing interest and capability in aerospace technology among rural students, previously limited to textbook knowledge [3]. Group 2: Hands-on Learning Activities - A "water rocket" launch event was organized, allowing students to experience the excitement of launching rockets, which they developed over a month with guidance from teachers [3]. - Students engaged in various activities, including building a Mars rover and experiencing the interior of a Shenzhou return capsule, enhancing their understanding of aerospace technology [3][5]. Group 3: Educational Infrastructure and Growth - The school has established an information technology office, expanding from a single interest class to multiple specialized laboratories in aerospace and artificial intelligence [5]. - The school has equipped three aerospace science classrooms and has successfully integrated cutting-edge aerospace knowledge into the curriculum, reaching over 5,000 students from an initial 30 [7][8]. Group 4: Future Aspirations - The school aims to attract nearby elementary and middle schools for collaborative efforts in nurturing high-quality technological talent for the country [8].