Core Insights - The Future Network Experimental Facility, China's first major national technology infrastructure in the information and communication sector, has officially commenced operations [1] Group 1: Facility Overview - The facility is located in Nanjing, Jiangsu, and was completed in August 2024 [1] - It covers 40 cities nationwide, featuring 88 backbone network nodes and 133 edge network nodes, with a total optical transmission length exceeding 55,000 kilometers [1] - The facility can support 4,096 heterogeneous services for parallel testing and is capable of interconnecting with existing domestic and international networks [1] Group 2: Performance Metrics - The facility enables efficient, high-speed, low-latency, and low-jitter data transmission, with a packet loss rate of only one in a million [1] Group 3: Service and Collaboration - To date, the facility has served major national research institutions such as the National Astronomical Observatory and the Institute of High Energy Physics, as well as telecom operators like China Telecom, China Mobile, China Unicom, and China Broadcasting Network [1] - It has collaborated with universities including Peking University, Nanjing University, Zhejiang University, and the Chinese University of Hong Kong, along with leading companies like Huawei, H3C, and Baidu, completing 120 significant innovation experiments [1] - The experiments cover critical dimensions such as core chips, network operating systems, routing control, security and trust, large-scale networking, and new AI services [1]

Core Viewpoint - The "14th Five-Year Plan" has prompted over fifteen regions in China to release planning suggestions focusing on artificial intelligence and other cutting-edge industries, highlighting the competitive landscape and strategic priorities in these sectors [1]. Group 1: Regional Focus on AI - Shandong aims to create a national regional technology innovation center and an industrial technology innovation hub [1]. - Zhejiang emphasizes the development of a global competitive and influential AI innovation hub [1]. - Sichuan seeks breakthroughs in artificial intelligence and related fields [1]. - Hunan focuses on "AI + advanced manufacturing" and "AI + seed industry" sectors [1]. Group 2: Investment Opportunities - According to a recent report by CICC International, there is optimism regarding investment opportunities in domestic production within key industrial chains, with policy support during the "14th Five-Year Plan" expected to accelerate the domestic production process [1]. - Key sectors such as wafer foundry, memory, and semiconductor equipment are anticipated to benefit from the accelerated innovation in domestic production during this period [1]. Group 3: AI Infrastructure Growth - The current wave of generative artificial intelligence is expected to bring significant technological advancements, impacting a wide range of industry chain segments [3]. - AI infrastructure construction is projected to continue strong growth at least until 2026 [3].

Group 1 - Chinese smartphone brands are making significant inroads into the high-end market in France, showcasing their new models in prominent locations to enhance brand visibility [1][2] - A new smartphone model from a Chinese brand is set to be sold in France for €1199, featuring advanced specifications such as a 6.7-inch screen and the latest Qualcomm chip, with aspirations to rank among the top five in the market by 2027 [1] - The average market share of Chinese smartphone manufacturers in Europe is around 20%, with brands like Xiaomi, Realme, OPPO, and Honor competing against Apple and Samsung [2] Group 2 - Chinese manufacturers are focusing on technological innovations that appeal to consumers, such as camera quality, battery life, and fast charging, even at the cost of profit margins [2] - Honor plans to invest $10 billion over the next five years to integrate AI technology into its smartphones, which is seen as a strategy to enhance brand presence rather than solely dominating technology [2] - Brand image remains a challenge for Chinese smartphones, often perceived as low-end; companies are adopting various marketing strategies, including sponsorships and partnerships, to improve brand recognition [3]

来源：环球网 摘要：本案例描述了在全球量子科技竞争白热化的背景下，量旋科技如何通过全栈自主可控的技术体 系，为科研领域提供一站式超导量子计算解决方案。面对前沿学术研究中量子计算实验平台搭建难、调 试周期长等痛点，量旋科技推出包含"大熊座"超导量子计算机、测控系统、芯片代工服务在内的超导量 子计算产品及服务。案例重点展示了该方案在粤港澳大湾区（广东）量子科学中心的成功落地，助力科 研团队在《Physical Review Letters》发表突破性成果，并成功将超导量子芯片推向阿联酋、新加坡等海 外市场，为全球量子科研提供了坚实的"中国超导量子计算方案"。 关键词： 量旋科技；超导量子计算机；新质生产力；科技创新；中企出海 案例正文： 2025年，中国正处于"十四五"圆满收官与"十五五"谋篇布局的历史交汇点，量子科技作为新一轮科技革 命和产业变革的前沿领域，已成为培育发展新质生产力的关键引擎。放眼全球，在量子科技领域，多国 纷纷加大战略投入，旨在抢占未来产业制高点。 在此背景下，科研界对量子科技的研究和关注呈现爆发式增长。据中国信通院《量子计算发展态势研究 报告（2025年）》显示，全球量子计算科研论文发表数量 ...

台积电标识 资料图 图源：台媒 台"中央社"报道称，台积电晶圆厂建在索诺兰沙漠上，占地465公顷，耗资1650亿美元，"堪称全球最昂 贵工程之一"。美国自2013年以来就缺乏建设大型国内晶圆厂的经验，因此必须依赖大量外部援助。 来源：环球网 【环球网报道】据台湾"中央社"等台媒5日报道，台积电将美国亚利桑那州凤凰城打造成半导体重镇， 同时凸显在美国执行大型建设工程的困难。《纽约时报》记者日前以"在美国兴建晶圆厂为何如此困难 的1.8万个理由"为标题撰写专题报道，提到台积电在凤凰城面临美国繁复法规、人力不足与高成本等挑 战。 报道还提到，台积电在台湾建厂只需当局单一的许可，但在亚利桑那州需面对市、郡、州及联邦多层法 规，动辄数千项审批，甚至被迫自行制定1.8万条规定，耗资3500万美元。 凤凰城虽拥有广阔的土地，且少有自然气候灾害，但最大的挑战是水资源短缺，台积电为此承诺建造废 水处理厂，目标是回收几乎所有用水。 此外，芯片制造需高精度设备与熟练人员，台积电两年前曾引进500多名台湾技工，引发美国工会反 对，并引起美籍员工指控台湾主管排他、沟通使用中文、并忽视安全警示。台积电表示将致力营造安 全、包容的工作环境 ...

Core Insights - The article highlights how Huya is leveraging AI technology to enhance the esports experience, focusing on "vertical deepening" to overcome the limitations of general AI [1][8] - Huya has developed two key products, "Tiger Xiao Ai" and "Huya i Super Body," which create a comprehensive technology system covering intelligent interaction and hardware development [1][8] Group 1: Tiger Xiao Ai - Tiger Xiao Ai has achieved full-cycle empowerment for esports live streaming, integrating real-time AI-generated content into the broadcast [2][4] - During the "League of Legends Legend Cup S3," Tiger Xiao Ai increased user interaction rates in live streams by 47% compared to conventional broadcasts [1][4] - The AI acts as a "strategy microscope" during pre-game phases, a "tactical prophet" during matches, and a "professional coach" during post-game analysis, enhancing viewer engagement [4][8] Group 2: Huya i Super Body - Huya i Super Body is the world's first desktop-level intelligent robot for esports teams, launched in collaboration with Yingzhi Technology, and has garnered significant attention at the 2025 ChinaJoy event [5][7] - The robot integrates advanced software capabilities, including real-time game guidance and emotional recognition, to provide a more immersive user experience [7][8] - It features a modular design that allows for personalized configurations and utilizes AI to create emotional connections with users, enhancing the overall interaction [7][8] Group 3: Industry Impact - Huya's AI practices set a benchmark for digital industry innovation by focusing on specific esports needs rather than competing in the general AI space [8] - The combination of virtual intelligence and physical hardware creates a new ecosystem that enhances both online and offline interactions in esports [8] - The successful integration of AI technology into the esports industry demonstrates the importance of deep coupling between technology and specific market demands to build differentiated barriers and sustainable value [8]

来源：环球网 东方IC 值得注意的是，各地规划已不满足于单纯的应用落地，而是向产业链上游的原始创新能力发起冲锋。湖 南提出"需求导向、有组织科研"的新模式，鼓励龙头企业攻关前沿领域；福建致力于打通"原始创新－ 技术攻关－产业转化"的全链条闭环；山东则全力争创国家区域科技创新中心和一批"国字号"创新平 台，提升原始创新策源能力。这标志着我国AI发展正从应用驱动向创新策源的纵深迈进。 然而，在百舸争流的布局背后，专家也发出了冷静的警示。朱克力提醒，AI技术与传统产业融合仍存 在"最后一公里"障碍，部分地区盲目布局通用大模型可能导致资源分散和同质化竞争，而数据安全与伦 理治理的滞后问题也亟待规范。田利辉同样指出，需警惕低水平重复建设和区域数字鸿沟，部分中西部 地区存在"重硬件轻场景"的倾向，而西部数据要素市场化水平仍显滞后。 展望未来，业内人士建议，全国应逐步构建"差异定位－协同迭代－风险共治"的协同发展生态。东部地 区可发挥引领作用，强化基础层创新的辐射能力；中西部地区则应聚焦"产业痛点+AI"的垂直应用场 景，实现精准赋能。与此同时，加快完善数据要素市场和伦理规范体系至关重要。通过这样的区域联动 与优势互补，将 ...

自2021年首届赛事举办以来，"万人说新疆"短视频征集汇聚了来自世界各地的创作者，他们用影像记录 情感，以故事传递温度，以作品集结力量，让真实、平凡而又善良的瞬间成为温暖的光束，使千万普通 网民成为新疆真实故事的有力讲述者。 本届大赛延续"万人说新疆，告诉世界一个真实新疆"主题，聚焦内容创新与形式突破，除常规短视频作 品征集外，特别开放AI创意创作方向——鼓励创作者用AI技术演绎新疆故事。 来源：环球网 第五届"万人说新疆"短视频大赛正式启动全球作品征集！大赛现面向全球创作者征集优秀短视频作品， 诚邀海内外朋友共同举起镜头，用影像记录真实新疆、感受活力新疆、讲述精彩新疆！ 大赛具体事项公告如下： 一、征集时间 即日起至2026年4月30日，以接收电子邮件时间为准。 二、征集范围 面向全球内容创作者及团队，征集以新疆经济发展、科技进步、文化旅游、生态环境、智慧农业、人文 历史、生活潮流等内容为主题，通过实拍或AI生成的短视频作品。 三、作品要求 参赛作品须为2025年5月1日以来创作并发布的作品，包括但不限于短视频、微电影、动漫、MV、微纪 录片、航拍、Vlog、AIGC、VR/AR等表现形式，以有创意的视角展 ...

来源：环球网 2016年，辛顿曾断言"五年内AI将取代放射科医生"，但黄仁勋指出，如今放射科医生数量不减反增，且 几乎人人用AI辅助工作。他解释，AI提升了影像分析效率，让医生能处理更多病例，医院客源与收益 增长后，反而会扩招人手——美国放射学会预测，2023至2055 年美国该领域从业者将增40%。 "你不会被AI取代，却会输给善用AI的人。" 黄仁勋重申核心观点，同时反驳"AI将摧毁 50%入门岗"的 说法。他认为，AI虽会淘汰部分重复岗位，但将催生新行业：以马斯克的机器人为例，未来会衍生出 机器人制造、维修、甚至专属服装等全新职业。 【环球网科技综合报道】12月5日，据CNBC报道，英伟达CEO黄仁勋近日驳斥了"AI摧毁就业"的论 述，他以"AI教父"辛顿九年前的错误预测为例，强调AI是"效率工具而非失业推手"。 CNBC报道指出，辛顿此前已承认当年预测"时间有误"，而黄仁勋的观点也得到数据支撑 ——AI 未取 代岗位，反而成为就业增长的"催化剂"，这为争议中的AI与就业关系提供了新视角。（旺旺） ...

Core Insights - The resale platform SellCell reports a significant decline in the resale value of the iPhone Air, with some configurations depreciating nearly 50%, marking the largest drop for iPhone models in recent years [1][4] Group 1: iPhone Air Performance - The average depreciation of the iPhone Air across all versions is 44.3%, with the 1TB version experiencing a 47.7% drop, categorizing it as a "value black hole" [4] - In comparison, the iPhone 17 series has an average depreciation of 34.6%, which is better than the iPhone 16 series during the same period [4] - The iPhone Air's depreciation rate is significantly worse than the iPhone 15 series, which had a 31.9% depreciation rate, and it is now recognized as Apple's least valuable model since the iPhone 14 Plus in 2022 [4] Group 2: Market Implications - The ongoing depreciation of the iPhone Air, which has not stabilized even after ten weeks, indicates market concerns regarding its value [4] - Analysts suggest that the pricing strategy and configuration positioning of the iPhone Air may contribute to its poor resale value, leading to increased "holding costs" for consumers [4] - This data serves as a warning for Apple regarding future product pricing and market strategies [4]