转自：环球网 汇聚昂扬奋进的时代洪流，绘就幸福美好的希望版图。近日，由中央网信办主办的2025中国正能量网络 精品征集展播活动火热进行中。活动以"奋斗的你我 奋进的中国"为主题，旨在征集遴选展播一批有内 涵、有温度、有影响的正能量网络精品。 "社会主义是干出来的，幸福是奋斗出来的"。人世间很多美好梦想，都离不开手胼足胝的拼搏奋斗。刚 刚过去的2025一年，正是因为无数科研人员的不懈奋斗，让实验室里的"从0到1"加速奔向生产线上 的"从1到100"，新质生产力在神州大地铺展千帆竞发的壮阔图景。超市里卖货的营业员售货员、急诊室 忙碌的医生护士、保家卫国的边防官兵、清街洁巷的环卫工人……无数平凡英雄的拼搏奋斗，绘就出气 象万千的中国式现代化新图景，激励着我们向着梦想继续前行。 以网为"媒"，凝聚强国建设、民族复兴的磅礴力量。第56次《中国互联网络发展状况统计报告》显示， 截至2025年6月，我国网民规模达11.23亿人，互联网普及率达79.7%。凝聚共同理想、共同目标、共同 价值观，网上网下要形成同心圆。正在火热进行中的中国正能量网络精品征集展播活动，就将通过多种 形式展示和传播优秀网络作品，让人们看到中华民族"雄 ...

"社会主义是干出来的，幸福是奋斗出来的"。人世间很多美好梦想，都离不开手胼足胝的拼搏奋斗。刚 刚过去的2025一年，正是因为无数科研人员的不懈奋斗，让实验室里的"从0到1"加速奔向生产线上 的"从1到100"，新质生产力在神州大地铺展千帆竞发的壮阔图景。超市里卖货的营业员售货员、急诊室 忙碌的医生护士、保家卫国的边防官兵、清街洁巷的环卫工人……无数平凡英雄的拼搏奋斗，绘就出气 象万千的中国式现代化新图景，激励着我们向着梦想继续前行。 以网为"媒"，凝聚强国建设、民族复兴的磅礴力量。第56次《中国互联网络发展状况统计报告》显示， 截至2025年6月，我国网民规模达11.23亿人，互联网普及率达79.7%。凝聚共同理想、共同目标、共同 价值观，网上网下要形成同心圆。正在火热进行中的中国正能量网络精品征集展播活动，就将通过多种 形式展示和传播优秀网络作品，让人们看到中华民族"雄关漫道真如铁"的昨天、"人间正道是沧桑"的今 天、"长风破浪会有时"的明天，将网络这个"最大变量"转化为事业发展的"最大增量"。 征途漫漫，惟有奋斗。几多风雨，几多磨砺，那些平凡而伟大的奋斗已经镌刻在历史的长卷中，为奋 进"十五五"、追梦新征 ...

央视网消息：中国地质调查局消息，"海洋地质六号"科考船已圆满完成深海地质调查第15航次第二航段任务，多项科学成果12月10日正式发 布。 "海洋地质六号"第15航次第二航段任务自2025年8月29日启航，历时95天，总航程12673海里。收集了深海海洋环境数据、深海海水样品、海底 沉积物、多金属结核、深海生物样本等大量的宝贵数据和样品。同时，在深海探测关键技术与装备应用等方面也取得了新进展。 中国地质调查局广州海洋局"海洋地质六号"船技术负责人宋来勇介绍，他们首次在太平洋的深水区，使用自研的6000米级深海遥控潜水器和国 产自主水下机器人，搭档配合在近海底完成高精度试验和作业，取得了很好的应用效果。还在进行基础地质和环境地质调查的同时，开展了海 底矿产地质调查工作，新发现了一处多金属结核的资源富集区，拓展了海底金属矿产的资源空间。 宋来勇表示，这些数据资料可以为我们研究深海地质、深海环境、深海生态系统等提供最基础、最重要的依据。 宋来勇介绍，科学家还会对地质样品进行深层测试分析，进一步研究这个区域，尤其是深层的构造演化，这也为我们进行全球的大洋科学钻探 选址研究提供重要的数据支撑。 据介绍，"海洋地质六号"科 ...

Core Insights - The 23-inch deep-sea pressure-resistant glass sphere, developed by the Chinese Academy of Sciences' Institute of High Energy Physics and Yancheng Huida Glass Instrument Co., has passed acceptance tests, marking it as the largest of its kind globally and a significant breakthrough in China's deep-sea exploration equipment autonomy [1][2] Group 1: Company Overview - Yancheng Huida Glass Instrument Co., established in 2011, is a private enterprise with over half of its 220 employees being skilled technicians, known for tackling challenging projects in the industry [1] - The company has a history of collaboration with the Chinese Academy of Sciences, having previously provided critical components for the Jiangmen Neutrino Experiment, which received high praise from project leaders [1] Group 2: Technical Achievements - A joint task force was formed in June 2022, led by academician Cao Zhen, to address the urgent needs of the high-energy underwater neutrino telescope project, culminating in three years of development [2] - The team successfully overcame challenges related to large spherical shaping and precision machining, transitioning from laboratory samples to engineered products that passed rigorous testing [2]

Core Viewpoint - The Ministry of Natural Resources emphasizes the need for breakthroughs in deep-sea exploration, development, and technology innovation, aligning with the spirit of President Xi Jinping's message regarding the "Dream" deep-sea drilling vessel [1] Group 1: Strategic Initiatives - The meeting highlighted the importance of leveraging the advantages of a new type of national system to enhance original innovation and tackle key core technology challenges [1] - There is a focus on improving the co-construction, sharing, and application levels of major scientific and technological equipment [1] Group 2: Planning and Development - The meeting calls for scientific planning of the "14th Five-Year" plan and key tasks to strengthen marine energy resource surveys [1] - Accelerating high-level self-reliance and self-strengthening in marine science and technology is a priority [1] Group 3: Workforce Development - The goal is to cultivate a marine workforce that is politically sound, professionally skilled, has a good work ethic, and is determined to succeed [1]

近日，由盐城汇达玻璃仪器有限公司参与研发生产的23英寸深海耐压玻璃球舱顺利通过技术验收，这一突破不仅填补了国内外相关领域空白，更标志着我 国深海探测核心装备自主化迈出关键一步。 转机来自一场跨越多年的信任合作。成立于2011年的盐城汇达玻璃仪器有限公司，是建湖县一家以技术攻坚见长的民营企业，公司半数以上员工为熟练技 工，研发团队更是业内知名的"硬骨头专业户"。早在2013年，该公司就与中国科学院高能物理研究所牵手，为江门中微子实验研制的20英寸光电倍增管低 本底玻璃外壳，获得了中科院院士王贻芳的高度认可。 2022年6月，在高能水下中微子望远镜项目急需核心装备的背景下，中科院院士曹臻领衔组建联合攻关小组，汇达玻璃凭借过往的出色表现成为合作首 选。三年间，团队历经无数次技术迭代与试制，2023年1月成功压制出首件样品，同年5月顺利通过50Mpa耐压检测，随后在我国南海、俄罗斯贝加尔湖等 真实深水环境中完成稳定性测试。最终，团队成功攻克大尺寸球面成型、异形精密加工等核心技术，实现了从实验室样品到量产的跨越式突破。 "该产品的成功研发，让中国在大尺寸深海耐压玻璃球舱领域实现了从无到有的突破。"验收现场，评审组组长、 ...

Group 1: Deep Sea Exploration and Development - The "Fendouzhe" manned submersible has discovered a vast "life oasis" extending 2,500 kilometers in the Pacific Ocean at a depth of 9,533 meters, marking significant progress in China's deep-sea exploration efforts [3] - China's first self-operated deep-water oil field, the Liuhua Oil Field, has achieved record high oil and gas production, highlighting the country's advancements in deep-sea energy development [6][7] - Over the past five years, China's offshore crude oil production has increased to 58.61 million tons, with an increase of over 16 million tons from offshore sources, accounting for more than 70% of the total increase in national crude oil production [9] Group 2: Technological Advancements in Deep Sea and Deep Earth - New deep-sea equipment has been showcased, including the installation of the largest number of intelligent unmanned wellhead platforms in the Kenli 6-1 oil field in Bohai Sea [10][12] - A key technological breakthrough has been achieved in China's first deep-sea carbon dioxide storage project in the Pearl River Estuary, contributing to carbon reduction goals [14] - The first underwater robot with a seven-function mechanical arm has been successfully deployed in the Beibu Gulf, providing technical support for intelligent deep-sea operations [16] Group 3: Deep Earth Exploration - China's deep drilling capabilities have advanced significantly, with the time taken to drill from 9,000 meters to over 10,000 meters reduced to just three years [19] - The Tiefu T1 well successfully drilled to a depth of 10,910 meters, marking a historic achievement in deep earth exploration and the first detection of oil and gas at such depths [20][25] - The drilling process faced challenges, including a significant delay when nearing the 10,000-meter mark due to equipment issues, emphasizing the risks associated with deep drilling [22][24] Group 4: Lunar Exploration Achievements - China's lunar exploration program has successfully completed its "orbit, land, return" mission with the Chang'e 5 mission, returning 1,731 grams of lunar samples [27] - The Chang'e 6 mission, launched in May 2024, successfully returned 1,935.3 grams of samples from the moon's far side, marking a world first in lunar exploration [29] - Ongoing lunar exploration efforts include the upcoming Chang'e 7 mission in 2026, aimed at searching for water ice on the moon's south pole, and the Chang'e 8 mission planned for around 2029 [32]

Core Viewpoint - The "Jiaolong" manned submersible successfully completed over 10 manned deep dives in the Arctic, marking China's first manned deep dive in Arctic ice areas, showcasing the enhancement of China's deep-sea entry and exploration capabilities [1][3]. Group 1 - The "Jiaolong" submersible has undergone domestic upgrades and has officially entered polar operations after sea trials in the South China Sea [3]. - The expedition, part of the China Ocean 92 voyage, was conducted from July 15 to September 8, 2025, with the support of the icebreaker "Snow Dragon 2" [3]. - The operation included manned dives, ROV investigations, and CTD water sampling in the Arctic sea area [3]. Group 2 - Valuable scientific insights were gained, including significant differences in benthic organism density, biodiversity, and individual size across tens to hundreds of kilometers, likely related to seabed topography and water depth [5]. - The discovery of suspected pockmarks, dissolution holes, and carbonate rocks suggests historical cold seep eruptions, providing key information for studying methane migration pathways in the Arctic region [5]. - The detailed investigations by the manned submersible enhanced understanding of the distribution patterns of Arctic deep-sea biodiversity and the adaptive mechanisms of ecosystems [5].

Group 1 - The core viewpoint of the news is that China's 15th Arctic scientific expedition, led by the icebreaker "Xuelong 2," has successfully enhanced the country's deep-sea exploration capabilities, marked by the successful manned dive of the "Jiaolong" submersible in the Arctic region [1][4]. - The expedition involved four vessels: "Xuelong 2," "Jidi," "Shenhai Yihao," and "Tansuo Sanhao," making it the largest Arctic scientific expedition conducted by China [2]. - Preliminary research during the Arctic expedition revealed significant differences in benthic organism density, biodiversity, and individual size across spatial ranges of tens to hundreds of kilometers, providing strong support for understanding the spatial distribution of polar deep-sea organisms and assessing the impact of climate change on deep-sea ecosystems [4].

Core Insights - The "Haiqin" ROV successfully completed its first deep-sea test, validating its system functions and performance indicators, marking the "Zhongshan University" ship as one of the few in China equipped with a 6000-meter deep-sea ROV [1][3] Group 1 - The "Haiqin" ROV achieved a maximum diving depth of 4140 meters during multiple test dives, confirming the stability and reliability of its technical indicators and system operations [3][5] - Prior to the sea trial, all components of the ROV underwent pressure testing at 6000 meters on land, with the sea trial primarily serving a verification purpose [3][7] - The ROV is designed for deep-sea exploration and is supported by Zhongshan University, with production commissioned to Shanghai Jiao Tong University, enabling precise observation and sample collection for various deep-sea scientific tasks [3][8] Group 2 - The "Zhongshan University" ship is currently the largest and most advanced modern oceanographic research vessel in China, having completed 23 scientific expeditions since its commissioning, with a focus on deep-sea exploration [10]