"6G关乎移动通信产业的未来，是实现产业代际跃升、迈向下一轮繁荣的战略核心。"在接受中国证券 报记者专访时，中国移动集团级首席专家、中关村泛联院首席科学家刘光毅抛出这个观点，直击当前移 动通信行业发展增量不增收、同质化竞争加剧等核心痛点，6G不仅是未来产业技术探索的制高点，更 是移动通信产业突破增长瓶颈、实现转型升级的必由之路。 刘光毅强调，6G以通感算智深度融合为目标，将构建未来产业的智能化综合性数字信息基础设施。面 向2030年具备商用能力，时间紧迫、任务艰巨，"我们不能再像过去那样先搞技术、再找应用"，刘光毅 表示，产业链上下游企业需充分协同，技术收敛和应用培育要齐头并进，从而推动6G成为驱动未来经 济增长的新引擎。 转型升级 在刘光毅看来，当前通信行业正站在一个关键的十字路口，5G商用发展距离实现当初的预期目标还有 差距，在B端赋能、运维升级以及能耗管理等方面均存在挑战，运营商传统的"管道式"发展模式也已走 到尽头，6G是我国移动通信产业必须打赢的一场硬仗。 "我们原来设想5G到来，能够支撑更多诸如超高清视频这样的大流量应用实现爆发，但现实却是，流量 增长带来的收入增长已经接近天花板，同时5G在服务千 ...

● 本报记者 杨洁 "6G关乎移动通信产业的未来，是实现产业代际跃升、迈向下一轮繁荣的战略核心。"在接受中国证券 报记者专访时，中国移动集团级首席专家、中关村泛联院首席科学家刘光毅抛出这个观点，直击当前移 动通信行业发展增量不增收、同质化竞争加剧等核心痛点，6G不仅是未来产业技术探索的制高点，更 是移动通信产业突破增长瓶颈、实现转型升级的必由之路。 刘光毅强调，6G以通感算智深度融合为目标，将构建未来产业的智能化综合性数字信息基础设施。面 向2030年具备商用能力，时间紧迫、任务艰巨，"我们不能再像过去那样先搞技术、再找应用"，刘光毅 表示，产业链上下游企业需充分协同，技术收敛和应用培育要齐头并进，从而推动6G成为驱动未来经 济增长的新引擎。 转型升级 在刘光毅看来，当前通信行业正站在一个关键的十字路口，5G商用发展距离实现当初的预期目标还有 差距，在B端赋能、运维升级以及能耗管理等方面均存在挑战，运营商传统的"管道式"发展模式也已走 到尽头，6G是我国移动通信产业必须打赢的一场硬仗。 "我们原来设想5G到来，能够支撑更多诸如超高清视频这样的大流量应用实现爆发，但现实却是，流量 增长带来的收入增长已经接近天花 ...

2026世界移动通信大会召开在即，全球目光再次转向下一代通信网络6G的演进。 中国已启动第二阶段试验 在此次GSMA给出的6G愿景中，中国的发展路径尤为引人注目。作为全球5G规模最大的市场，中国在 6G的储备上已占据先机。最新发布的《中国互联网发展报告2025》显示，中国在6G专利申请量上约占 全球的40.3%，位居世界第一。这为中国在未来6G标准的制定中赢得了巨大的话语权。 日前，全球移动通信系统协会GSMA旗下的智库机构发布《愿景2040：未来频谱需求》。在该份报告 中，GSMA首次预测，全球6G的部署时间预计从2030年开始，初期商用的国家（和地区）将涵盖中 国、日本、韩国、美国、欧洲、海湾合作委员会（GCC）。到2040年，全球6G连接数将超50亿，占全 球总移动连接数约54%。 这意味着，6G将在未来十年内超越4G和5G，正式成为全球主流的移动通信技术。届时，全球移动月均 流量预计将飙升至1700EB（百亿亿字节）—4000 EB，平均每个连接单位的月流量将达到140GB— 360GB。 这一预计，也与目前我国官方给出的6G展望时间表一致。在我国，6G的研发和推进工作由IMT-2030 （6G）推进 ...

澳大利亚莫纳什大学与墨尔本大学团队开发出一种受量子技术启发的新型光无线通信方法——模块化光 相控阵列。该技术在复杂的空间密集环境中，实现了高速、稳定的无线连接，让室内无线网络接近"光 纤级"传输速度，为构建更快速、更可靠且更节能的 6G网络铺平道路。相关成果发表于新一期《IEEE 通信快报》杂志。 ...

▲紫金山实验室。 南京日报/紫金山新闻记者 冯芃 摄 ▲南钢智能制造工厂。 企业供图 ▲江北新区的南京生物医药分中心技术平台工作人员在进行药物检测。该中心为高校、企业搭技术转化 桥梁，成创新企业孵化器。 通讯员 刘植花 南京日报/紫金山新闻记者 孙中元 摄 ▲南京"江翼达"低空飞行基地的无人机在为 移动中的船舶送外卖。 南京日报/紫金山新闻记者 徐琦 摄 □ 南京日报/紫金山新闻记者 江芬芬 【两会热点】 2月2日，中国人民政治协商会议江苏省第十三届委员会第四次会议在江苏大会堂隆重开幕。回望过去五 年，习近平总书记三次参加全国人代会江苏代表团审议，两次亲临江苏视察，为江苏高质量发展把脉定 向，为我们做好江苏工作提供了根本遵循和行动指南。做好当前和今后一个时期工作，要围绕深入学习 贯彻习近平总书记对江苏工作重要讲话精神这条主线，牢牢把握"在推进中国式现代化中走在前、做示 范"这一战略定位，牢牢把握"争当表率、争做示范、走在前列"这一总体要求，牢牢把握"强富美高"新 江苏现代化建设这一宏伟蓝图，牢牢把握"经济大省要挑大梁，为全国发展大局作贡献"这一重大责任， 全力推动中国式现代化江苏新实践取得新的更大突破。 南京 ...

Core Insights - The "2025 Technology Wind and Cloud List" annual event was held on January 15, 2026, in Beijing, focusing on the theme "Inspiring New Intelligence, Embarking on a New Journey" [2][6] - Key discussions included the future of 6G technology, emphasizing the need for deep integration of "communication, sensing, computing, and intelligence" capabilities into wireless networks to surpass 5G [2][6] Group 1: 5G Development - The success of China's 5G is attributed to two main factors: the rapid iteration of the entire 5G industry chain and continuous government policy support [2][6] - Initial challenges for 5G included high terminal costs and power consumption, but advancements in standards, technology upgrades, and industry collaboration have led to significant breakthroughs in cost control, power optimization, and market penetration [2][6] Group 2: 6G Development - 6G should focus on upgrading traditional interactive communication to leverage high-speed advantages and create immersive virtual interaction experiences [3][7] - There is a need to explore the real demands of emerging intelligent entities in traditional industries, such as how robots will require 6G support in specific scenarios [3][7] - The vision for 6G includes a diverse range of terminals, with traditional smartphones evolving into AI phones, and the emergence of new devices like drones, autonomous vehicles, and robots as key components of the future [3][7]

Group 1 - Nanjing's new talent policy 2.0 aims to attract at least 300,000 young talents annually through the "Ning Gathering" project, offering financial incentives for new graduates [1] - The policy includes one-time living subsidies of 10,000 yuan for bachelor's degree holders, 30,000 yuan for master's, and 100,000 yuan for doctoral graduates, along with housing subsidies for various educational levels [1] - The rental subsidy has been expanded to include eligible college graduates, set at 500 yuan per month, and the policy supports a wide range of professions beyond traditional fields [1][2] Group 2 - Nanjing's population growth has been declining, with an increase of over 100,000 in 2021, followed by decreases to 67,700, 55,900, and 30,000 in subsequent years, leaving a gap of 423,000 to reach the goal of 10 million residents [2] - The city has implemented measures to lower residency requirements for young graduates and has introduced various talent policies to create a comprehensive support system for talent acquisition [2] - Nanjing faces competition not only from other cities within the province but also from major cities like Shanghai and Hangzhou, which impacts its ability to attract and retain talent [2] Group 3 - The urgency for talent acquisition in Nanjing is heightened as the city aims to become a global hub for industrial and technological innovation, with new plans for AI and 6G development released [3] - The new policies focus on youth development and industry service, aiming to create a conducive environment for talent retention and urban competitiveness [3]

Core Insights - The core viewpoint of the articles emphasizes that 6G will achieve deep integration of communication satellites with terrestrial networks and low-altitude platforms, creating a seamless global network that provides high-speed connectivity to every corner of the Earth [1][11]. Group 1: Technological Advancements - 6G is expected to redefine information transmission, processing, and cognition, becoming a critical infrastructure for the intelligent era, akin to the "nervous system" of future digital societies [1]. - The introduction of ultra-broadband optoelectronic integrated systems has enabled flexible and tunable high-speed wireless communication, laying the groundwork for more reliable 6G wireless communication [2]. - 6G will utilize the terahertz (THz) frequency band (0.1–10 THz), potentially increasing peak transmission rates to terabits per second (Tbps), which is tens to hundreds of times faster than 5G [2]. Group 2: Applications and Use Cases - The 6G network's capabilities are being demonstrated through applications such as drone delivery, which can significantly enhance delivery efficiency and reduce time by 2 to 3 times compared to human delivery [3]. - 6G is anticipated to support various sectors, including smart manufacturing, logistics, emergency rescue, and healthcare, by enabling real-time monitoring and predictive maintenance through integrated communication and sensing [12][13]. Group 3: Global Competition and Development - Major countries and regions are actively pursuing 6G research and development, with the U.S., EU, Japan, and South Korea investing heavily to maintain their competitive edge [4]. - China is leveraging its strong foundation in 5G, vast market applications, and collaborative innovation to transition from a "follower" to a "leader" in the global 6G landscape [1][4]. Group 4: Infrastructure and Ecosystem - As of July 2023, China has established 4.598 million 5G base stations, providing a robust network foundation for the development of 6G [5]. - The extensive mobile communication user market and diverse application ecosystem in China offer significant opportunities for 6G innovation and business model exploration [5][6]. Group 5: Key Technologies and Innovations - China has made substantial progress in key 6G technologies, with over 300 critical technology reserves and a leading position in global 6G patent applications, accounting for approximately 40.3% [7]. - The establishment of the IMT-2030 (6G) Promotion Group has facilitated collaboration among operators, manufacturers, universities, and research institutions to drive systematic research and innovation in 6G technologies [7][8]. Group 6: Future Outlook - The commercialization of 6G is expected to begin around 2030, with a projected market size of trillions of yuan by 2035, indicating a significant economic impact [11]. - The integration of AI with 6G is anticipated to enhance communication performance and provide a foundational platform for AI applications across various industries [3][12].

Core Viewpoint - The next five years will see China leading in advanced industries such as 6G networks, quantum technology, brain-computer integration, nuclear fusion, and next-generation biomanufacturing, driven by significant advantages in industrial capabilities, talent, and domestic market utilization [1][2] Group 1: Industrial Advantages - China has a first-mover advantage in electric vehicles, lithium batteries, next-generation smart cars, and future nuclear fusion technologies, attributed to three main advantages [1] - The first advantage is the industrial chain clustering capability, where regions like the Yangtze River Delta and Pearl River Delta can quickly access various components and engineers within a few dozen kilometers, a unique advantage not replicable by any other economy [1] - The second advantage is the talent reserve, with China producing a large number of graduates in artificial intelligence each year, providing a foundational talent pool for industrial and innovative development [1] Group 2: Market Utilization - The third advantage is the effective use of the domestic market, where most Chinese companies start locally, leveraging strong domestic demand to enhance product competitiveness before expanding internationally [1] - These three advantages are expected to continue to evolve and be leveraged during the 14th Five-Year Plan period [2]

Core Viewpoint - The proposal by the Yinchuan Municipal Committee emphasizes the importance of strengthening digital infrastructure, including the deployment of advanced network technologies and the establishment of data centers [1] Group 1: Digital Infrastructure Development - The plan includes large-scale deployment of 5G-A networks and proactive layout of 6G networks [1] - It aims to upgrade backbone networks, fiber networks, and wireless networks [1] - The proposal highlights the scientific layout of intelligent computing centers and supercomputing centers [1] Group 2: Data Management and Cloud Services - The initiative includes the construction of high-standard, high-security trusted cloud services [1] - It aims to create a standardized, reusable data lake for Yinchuan [1] - The development of a growth-oriented public data operation platform is also part of the plan [1] Group 3: Smart City and National Data Infrastructure - The proposal focuses on developing integrated infrastructure to enhance the foundation of smart cities [1] - It aims to build Yinchuan as a pilot city for national data infrastructure construction [1]