Core Points - The event "Advancing the New Journey of Chinese-style Modernization" showcased various stories reflecting Shanghai's modernization efforts through personal and group presentations [1][2] - The competition featured 9 individual and 11 group participants, with awards given for outstanding performances, including 5 first prizes, 7 second prizes, and 8 third prizes [1] - The narratives highlighted themes such as the continuation of revolutionary spirit, high-quality development, technological innovation, and rural revitalization, showcasing the vibrant essence of the people's city [1][2] Group 1 - The individual first prize-winning presentation titled "Writing Names into the Galaxy" recounted the life of satellite designer Wei Zhongquan, emphasizing his dedication to China's space endeavors despite setbacks [1] - The group first prize-winning performance, a situational drama titled "Red Central," transported the audience to 1928 Shanghai, illustrating the struggles and resilience of revolutionaries during a time of crisis [2] - The event featured a variety of storytelling methods, including immersive and interactive presentations, to engage the audience and convey the significance of national projects like the domestically produced large aircraft [2] Group 2 - The event highlighted lesser-known red stories and real-life industry anecdotes, showcasing the warmth of ordinary individuals and the wisdom of national craftsmen [2] - The organizers noted the emergence of many talented speakers and compelling stories, which will be incorporated into the "Red Culture Propaganda Team" to enhance the narrative of the new era [2]

风云卫星、北斗探空等探测装备不仅是"国之重器"，更是人类探知气象奥秘的"千里眼""顺风耳"；"风 雷""风清""风顺"等气象预报模型越来越准；全民早期预警中国方案"妈祖（MAZU）"走向世界……10 月11日，国新办"高质量完成'十四五'规划"系列主题新闻发布会上，中国气象局局长陈振林介绍了"十四 五"时期我国气象工作取得的亮眼"成绩单"。 陈振林表示，"十四五"时期，气象服务国计民生成效更加显著。据介绍，在助力生产发展方面，气象服 务覆盖国民经济70余个行业大类，数字气象融入城市运行"一网统管"平台。"十四五"时期，全国人工增 雨、雪作业累计增加降水约1677亿吨，人工防雹作业减少经济损失约603亿元。 中国气象局新闻发言人、减灾服务司司长王亚伟表示，农业是与天气气候关系最为紧密的领域之一，我 国每年因各种气象灾害造成农作物的受灾面积高达1000多万公顷。干旱、暴雨、洪涝等极端天气气候事 件的发生，直接影响农作物的产量、品质，也影响着农业耕地的资源利用、农业生态系统。 "十四五"以来，围绕粮食保丰，气象助力传统农业向智慧农业转型，与农业农村部门联合开展农业气象 灾害风险预警和新一轮农业气候资源普查与区划试点 ...

新华社北京10月11日电 气象事业是科技型、基础性、先导性社会公益事业。国务院新闻办公室11日举 行"高质量完成'十四五'规划"系列主题新闻发布会，中国气象局有关负责人介绍"十四五"时期气象高质 量发展情况。 气象现代化水平快速提升 风云气象卫星、天气雷达等探测装备是气象事业发展的重要基础，是气象观测领域的"国之重器"。中国 气象局副局长毕宝贵表示，我国已建成世界上规模最大、覆盖最全、陆海空天协同的综合观测体系。 风云卫星的发展历程是我国气象科技进步的缩影。50多年来，我国气象卫星实现了从跟跑到并跑再到部 分领跑的跨越式发展。毕宝贵说，"十四五"时期，我国共发射5颗风云卫星，技术突破可以用"首次""首 颗""唯一"等关键词来形容。 风云卫星被誉为服务全球的"中国星"，为全球133个国家和地区提供服务，为共建"一带一路"国家提供 实时观测资料。"十四五"时期，访问风云卫星应用服务平台的国家和地区增长了107%。风云卫星国际 用户防灾减灾应急保障机制的注册国家达到37个，服务请求增长266%。 我国建成了由9颗风云卫星、842部天气雷达、9万多个地面气象观测站组成的陆海空天一体化综合气象 观测系统，灾害性天气监测 ...

10月11日，国务院新闻办举行"高质量完成'十四五'规划"系列主题新闻发布会，介绍"十四五"时期气象 高质量发展情况。 中国气象局局长陈振林介绍，"十四五"时期，气象部门加快推进气象科技能力现代化和社会服务现代 化，努力构建科技领先、监测精密、预报精准、服务精细、人民满意的现代气象体系，"十四五"气象发 展规划的各项任务圆满完成，2024年全国气象高质量发展指数较2020年提升18.35%，气象高质量发展 取得显著成效。 气象科技自立自强迈出坚实步伐 气象事业是科技型、基础性、先导性社会公益事业。 陈振林介绍，"十四五"时期，气象科技自立自强迈出坚实步伐。风云卫星、北斗探空、天气雷达等探测 装备、技术实现高水平自立自强，数值预报模式实现自主可控，"风雷""风清""风顺""风宇"气象预报模 型达到国际先进水平，远洋气象导航、全球碳源汇监测核校等一批创新技术成果涌现。我国气象科技实 力实现从跟跑、并跑到部分领跑的飞跃。 气象现代化水平快速提升。我国建成了由9颗风云卫星、842部天气雷达、9万多个地面气象观测站组成 的陆海空天一体化综合气象观测系统，灾害性天气监测率提升到83%，强对流天气预警时间提前13%。 中国 ...

"十四五"时期气象高质量发展成效显著 气象科技能力现代化和社会服务现代化加快推进（权威发布·高质量完成"十四五"规划） 本报记者 李红梅《人民日报》（2025年10月12日 第 04 版） 10月11日，国务院新闻办举行"高质量完成'十四五'规划"系列主题新闻发布会，介绍"十四五"时期气象 高质量发展情况。 中国气象局局长陈振林介绍，"十四五"时期，气象部门加快推进气象科技能力现代化和社会服务现代 化，努力构建科技领先、监测精密、预报精准、服务精细、人民满意的现代气象体系，"十四五"气象发 展规划的各项任务圆满完成，2024年全国气象高质量发展指数较2020年提升18.35%，气象高质量发展 取得显著成效。 气象科技自立自强迈出坚实步伐 气象事业是科技型、基础性、先导性社会公益事业。 陈振林介绍，"十四五"时期，气象科技自立自强迈出坚实步伐。风云卫星、北斗探空、天气雷达等探测 装备、技术实现高水平自立自强，数值预报模式实现自主可控，"风雷""风清""风顺""风宇"气象预报模 型达到国际先进水平，远洋气象导航、全球碳源汇监测核校等一批创新技术成果涌现。我国气象科技实 力实现从跟跑、并跑到部分领跑的飞跃。 气象现 ...

每经编辑｜陈鹏程 胡玲 1 工信部等七部门联合印发《深入推动服务型制造创新发展实施方案（2025—2028年）》 10月11日，工信部、商务部、市场监管总局等七部门联合印发《深入推动服务型制造创新发展实施方案（2025—2028年）》。《实施方案》提出，到2028 年，服务型制造在制造业高质量发展中的作用进一步增强。完成20项标准制定，打造50个领军品牌，建设100个创新发展高地。其中提到，加强新型信息基 础设施建设，深化"5G+工业互联网"融合应用，按需布局算力基础设施，提升工业数据要素供给，推动人工智能技术与服务型制造融合创新，提升网络和数 据安全保障能力。（央视新闻） 2 中国气象局：我国已建成陆海空天一体化综合气象观测系统 10月11日，国务院新闻办举行"高质量完成'十四五'规划"系列主题新闻发布会。中国气象局局长陈振林在发布会上介绍，目前，我国已建成由9颗风云卫 星、842部天气雷达、9万多个地面气象观测站组成的陆海空天一体化综合气象观测系统，灾害性天气监测率提升到83%。"无缝隙、全覆盖"的智能数字预报 体系能提前3至7天预报区域性暴雨、高温、寒潮过程，提前15天预测全国性重大天气过程，提前6个月 ...

气象事业是科技型、基础性、先导性社会公益事业。10月11日，中国气象局局长陈振林在国新办举行 的"高质量完成'十四五'规划"发布会上说，气象部门加快推进气象科技能力现代化和社会服务现代化， 努力构建科技领先、监测精密、预报精准、服务精细、人民满意的现代气象体系。跟随海报，一起了 解。 新华社权威速览 ·非凡"十四五 气象科技自立自强迈出坚实步 风云卫星、北斗探空、天气雷达等探测装备、技术 实现高水平自立自强 "风雷""风清""风顺""风宇"气象预报模型 达到国际先进水平 中国气象局建成39个重点开放实验室 44个野外科学试验基地,新建6个新型研发机构 ) 新华社权威速览 ·非凡"十四五" 气象现代化水平快速提升 建成了由9颗风云卫星、842部天气雷达 9万多个地面气象观测站组成的 陆海空天一体化综合气象观测系统 灾害性天气监测率提升到83% 强对流天气预警时间提前13% 能够提前3至7天预报区域性暴雨、高温、寒潮过程 提前15天预测全国性重大天气过程 提前6个月预测全球气候异常事件 提前1年发布气候年景预测产品 （文章来源：新华社） ...

Core Viewpoint - The recent solar prominence eruption observed by China's "Xihe" satellite is a significant event, with a plasma channel extending approximately 400,000 kilometers, roughly the distance from Earth to the Moon, indicating the ongoing high activity of the sun and potential implications for space weather [1][4][6]. Group 1: Solar Activity and Its Implications - Solar activity is currently at a peak, with the 25th solar cycle entering its high phase, expected to continue through 2024 and 2025, indicating a higher frequency of solar events compared to the previous cycle [4][8]. - The occurrence of X-class solar flares has been notable, with over 60 such flares recorded from 2024 to the present, each equivalent to the energy consumption of China over 300,000 years, posing risks of coronal mass ejections and significant geomagnetic storms [6][8]. - The potential for large-scale solar eruptions remains high until the end of this active period in 2030, particularly concerning coronal mass ejections and X-class flares that could trigger strong geomagnetic storms [8][9]. Group 2: Challenges to Space Assets - The increasing frequency of solar activity poses significant challenges to the safety of space assets, with approximately half of satellite failures attributed to space weather events [9][11]. - High-energy particles from solar eruptions can disrupt satellite electronics and compromise astronaut safety during extravehicular activities [11][22]. Group 3: Advances in Space Weather Forecasting - The development of artificial intelligence (AI) models for space weather forecasting represents a significant advancement, enabling real-time monitoring and prediction of solar events and their impacts on Earth [12][16][20]. - A new AI model, designed to integrate various observational data and numerical models, aims to enhance the accuracy of space weather predictions by establishing a comprehensive monitoring system [14][16]. - The integration of AI in space weather forecasting allows for automatic identification of solar wind sources, improving the effectiveness of predictions and responses to solar events [17][19]. Group 4: Enhancing Satellite Protection - There is a growing emphasis on improving the protective capabilities of satellite systems against space weather impacts, with recommendations for incorporating AI technologies directly into satellite operations for autonomous decision-making [20][24]. - The design and operation of satellites must consider the effects of space weather from the outset, including radiation exposure and potential changes in orbital dynamics due to solar activity [22][24].

Core Insights - The Parker Solar Probe has successfully completed another close flyby of the Sun, reaching a distance of approximately 6.2 million kilometers from the solar surface, and traveling at a speed of about 687,000 kilometers per hour, setting new distance records since late last year [1][3] - The probe aims to gather data on the solar atmosphere and solar wind, addressing scientific questions regarding the high temperature of the corona, the acceleration of solar wind, and the origins of high-energy solar particles [2][4] Group 1: Parker Solar Probe's Mission and Achievements - Since its launch in August 2018, the Parker Solar Probe has conducted 24 close flybys of the Sun, leading to significant discoveries such as the magnetic field reversal structure of solar wind and the confirmation of a dust-free zone near the Sun [3] - The probe is equipped with four advanced instruments designed to measure various physical parameters of solar wind and capture images of solar disturbances, ensuring its functionality under extreme solar radiation through a specially designed thermal protection system [2][3] Group 2: Solar Activity and Its Implications - The Sun exhibits an approximately 11-year cycle of activity, currently in its 25th solar cycle, characterized by an increase in sunspot numbers and complex magnetic structures, leading to frequent solar flares and coronal mass ejections that significantly impact the Earth's space environment [3][4] - Other international missions, including the European Solar Orbiter and China's Kuafu-1 and Xihe satellites, are also observing solar activity to enhance understanding of solar phenomena and improve predictive capabilities regarding solar storms, which can affect critical infrastructure on Earth [4]

Group 1 - The core viewpoint emphasizes China's continuous advancements in space exploration and technology, marking significant milestones such as the Shenzhou 20 mission and the achievements of the Chang'e lunar exploration program [2][3][4] - The successful launch of the Shenzhou 20 manned spacecraft coincides with the 10th "China Space Day," celebrating 55 years since the launch of China's first artificial satellite, Dongfanghong 1 [2] - China's space program has achieved critical technological breakthroughs, including manned spaceflight and docking capabilities, leading to the establishment of its own space station [3] Group 2 - Recent achievements in space science include the Chang'e 6 mission, which successfully returned samples from the far side of the moon, setting a world record for lunar exploration [3] - The development of space science has accelerated, with significant contributions from satellites like Wukong, Mozi, and Huiyan, enhancing our understanding of the universe [3] - The application of space technology in various sectors, such as agriculture and manufacturing, is driving high-quality development and creating new economic opportunities [3]