来源：环球网 【环球网财经报道 记者 陈超】与往年科技界聚焦大模型参数竞赛不同，今年CES的核心议程转向了一 个具体的产业方向：物理AI。英伟达创始人兼CEO黄仁勋在开展前的演讲中直言："物理AI的'ChatGPT 时刻'已然到来。"他指出，机器开始具备理解真实世界、推理并付诸行动的能力。 物理AI，即AI与现实世界的融合。高通技术公司高管Nakul Duggal在CES论坛上表示，过去十多年积累 的技术创新正在加速跨领域融合，物理AI具备高度普及化的潜力，行业已具备规模化的条件。 从概念到场景落地物理AI 在这一趋势下，中国供应链凭借在机器人、光学显示、智能硬件等领域积累的制造能力和快速迭代经 验，正成为承接本轮物理AI落地的关键力量。这种力量正通过一批已深入全球市场的企业具体呈现。 它们的共同路径是，不再仅依赖成本优势，而是凭借对细分场景的深度洞察、全栈技术整合与坚定的长 期主义，将前沿的AI概念转化为稳定、可靠且具有全球竞争力的物理产品。 与往年单纯比拼硬件参数不同，本届CES上，真正的创新指向了解决具体物理世界难题的能力。追觅科 技洗地机事业部负责人许成锋在接受采访时明确了这一转变："洗地机已经过了吸 ...

来源：大河报 其中，记者在北三环金明路看到，在交通信号灯显示为红灯的情况下，多辆电动车无视红灯径直穿过马 路，其中不乏一些带着孩子的老人，三分钟的时间内，记者数了数大概有30多辆非机动车出现闯红灯现 象。而在其他路口，三分钟内闯红灯的非机动车粗略估计有15-20起。 记者还注意到，闯红灯的现象多发生在绿灯刚转红灯后的10秒内以及红灯转绿灯的前10秒。 此外，大多数骑电动车的市民在等红灯时，将电动车停在超出非机动车停车线两三米的位置，从而导致 右转机动车被迫绕行右转，或是等在原地等非机动车通过后再行右转，交通秩序混乱。 记者查询公开报道发现，因非机动车闯红灯、越线停车等造成的交通安全事故频发。2025年9月14日8时 30分许，在高新区冬青街与西四环交叉口，张某某驾驶非机动车越线停车等待红灯时，与李某某驾驶转 弯机动车发生碰撞，造成车辆受损、张某某受伤。 "郑州的电动车该好好管管了，骑电动车的快把机动车逼得无路可走""为啥不戴头盔、闯红灯和逆行的 情况还这么多……"在大河报官方微信公众号评论区，多名网友表示道路上一些非机动车常出现闯红 灯、越行以及在快车道行驶等交通违法行为，影响正常通行。那么郑州市城区非机动车 ...

来源：环球网 【环球网科技综合报道】北京时间1月9日消息，据外媒MacRumors 报道，苹果公司提交给美国证监会 的年度文件显示，CEO蒂姆·库克2025年总薪酬为7430万美元，较2024年的7460万美元小幅回落，但其 薪酬仍超公司设定的5900万美元目标，核心得益于苹果2025年的良好业绩表现。 文件同时披露了其他核心高管的薪酬情况。即将离任的总法律顾问凯特·亚当斯、COO萨比赫·汗等三位 关键高管，2025年薪酬均约为2700万美元。受首席财务官人事变动影响，前CFO卢卡·马埃斯特里2025 年薪酬为1550万美元，新任CFO凯文·帕雷克则获得2250万美元薪酬。 据悉，库克的薪酬与公司业绩深度绑定，2025年其实际薪酬超目标水平，也印证了苹果当年的经营成 效。数据显示，苹果2025财年营收达4161.61亿美元，同比增长6.4%，净利润1120.1亿美元，同比增长 19.5%。（旺旺） 从薪酬构成来看，库克300万美元的基本工资自2016年起便保持稳定，核心收入来源仍为股票奖励， 2025年该项金额达5750万美元，占总薪酬的77.4%；此外还包括1200万美元绩效现金奖励，以及176万 美元的福 ...

Core Viewpoint - BILIGHT INNOVATION showcases breakthrough perovskite solar technology at CES 2026, aiming to redefine clean energy applications with the philosophy of "Better Energy, Better Life" [1][3] Group 1: Technology and Innovation - Perovskite solar cells demonstrate superior performance with a theoretical efficiency of 33%, surpassing traditional silicon cells' efficiency of 29.4% [3] - Perovskite technology overcomes limitations of traditional solar cells by efficiently generating power in indoor and low-light conditions, and is not sensitive to the angle of light incidence [3] - The company introduces the "FLEXWEAVE™" series of photovoltaic panels, which are lightweight, flexible, and customizable, integrating art into living spaces while efficiently absorbing light [8] Group 2: Product Launches - BILIGHT INNOVATION launches three key products: - LUXTAB electronic nameplate with battery-free design powered by photovoltaic technology, compatible with Bluetooth and both iOS and Android systems [6] - Rollable portable photovoltaic device with output power options of 40-100W, featuring multiple interfaces for various mobile devices [6] - Roller solar products that combine perovskite batteries with home goods, seamlessly integrating energy acquisition into daily life [6] Group 3: Vision and Market Impact - The company's vision of "energy equity" aims to transform energy from an industrial product to a consumer product, addressing the disparity in energy consumption among global economies [3] - Industry experts note that BILIGHT INNOVATION's technology and products break traditional photovoltaic application barriers, promoting a shift from centralized supply to distributed and personalized energy use [10] - The maturation and popularization of perovskite technology are expected to make energy acquisition more affordable, accessible, and sustainable, achieving true "energy equity" [10]

Core Insights - Apple is accelerating the succession planning for CEO Tim Cook, with hardware engineering head John Ternus being viewed as the top candidate for the role [1][3] - Cook, aged 65, has expressed feelings of fatigue and is likely to transition to the role of chairman of the board if he steps down [1] Group 1: Leadership Transition - John Ternus, aged 50, joined Apple in 2001, the same year Cook became CEO, and is known for his attention to detail and familiarity with the supply chain [3] - Ternus has led key projects such as the development of the iPhone Air and the transition to in-house Mac chip production, giving him a competitive advantage [3] - There are internal debates regarding Ternus's leadership style, whether to continue Cook's steady approach or adopt Steve Jobs's risk-taking innovation model [3] Group 2: Current Challenges - Apple faces a complex situation where it must maintain its position as the most profitable company globally while addressing challenges such as tariff changes and manufacturing issues [3] - The company is also under pressure to make breakthroughs in the artificial intelligence sector, where it is currently lagging [3]

Core Viewpoint - Tesla CEO Elon Musk's goal for fully autonomous driving (FSD) has once again failed to materialize, with the promise of launching an unsupervised autonomous taxi service by the end of 2025 not being met [1][4] Group 1: Current Status of FSD - Tesla is currently only piloting its "autonomous taxi" service in Austin and San Francisco, which still requires staff oversight and an emergency stop switch, and is not open to all users [4] - The population in the pilot cities is far from reaching 50% of the total U.S. population, as previously promised by Musk [4] Group 2: Data Requirements and Adjustments - Musk has adjusted the requirement for achieving "safe unsupervised driving" to 10 billion miles of driving data, while Tesla's FSD system has only accumulated slightly over 7 billion miles [4] - The threshold for data needed for regulatory approval has been raised from 6 billion miles in 2016 to 10 billion miles currently, raising questions about the feasibility of Musk's previous commitments [4] Group 3: Legal and Competitive Landscape - Tesla's legal team is believed to play a crucial role in decision-making, as the current FSD system is classified as a Level 2 supervised system, which limits the company's liability in accidents [4] - Once the system transitions to unsupervised driving, Tesla will face significant liability pressures, especially as competitors like Waymo have already obtained licenses for unsupervised autonomous driving, leading to market skepticism about Tesla's technological capabilities [4]

Core Viewpoint - The establishment of China's first flexible production line for multiple types of helium-3 tubes marks a significant advancement in the domestic neutron detection technology, achieving full-process localization from materials to finished products [1][2] Group 1: Production Line and Technology - The production line, developed by Gansu Hongtong Neutron Technology Co., is capable of producing various models of helium-3 tubes, which are essential for neutron radiation detection and have applications in nuclear safety and advanced scientific research [1] - The production line features a compact layout with automated processes for wire threading, gas filling, and recycling, showcasing innovations in key structures and process optimization through multi-physical field coupling simulations [1][2] - The production capacity is projected to reach 1,000 units annually, with the company successfully developing cylindrical and spherical helium-3 tubes that meet the performance standards of imported products [1] Group 2: Team and Support - A specialized technical team with an average age of 31 was formed to design and develop the production line, completing the project in nearly one year with support from local government technology plans and funding [2] - The company has signed a comprehensive insurance service contract with China People's Property Insurance Co., which mitigates risks associated with technology transfer and accelerates the commercialization of research outcomes [2] Group 3: Market Impact - The completion of the production line breaks through technical barriers in high-end detectors, fulfilling the neutron measurement needs in nuclear industry, oil logging, security inspection, and neutron scientific research [2] - This development is expected to drive upgrades in related industrial chains and attract high-end talent, ensuring the country's core components in neutron detectors are self-controlled [2]

来源：科技日报 科技日报记者 毕文婷 当地时间1月6日，搭载着中国第42次南极考察队的"雪龙2"号靠港智利蓬塔，进行本航次首次物资补 给。自2025年11月1日从上海出发以来，"雪龙2"号已航行67天、12211海里（约22614公里）。预计当地 时间1月10日驶离港口，赴中国南极长城站。 作为一艘全电力推进的破冰船，"雪龙2"号在靠港期间无需执行破冰、航行等高强度作业，电力系统的 运行模式会有什么不同？ "我们已经关停4台主发电机，换为一台400伏的停泊发电机，为生活用电和机舱的供水、供气、供油等 基础用电需求提供支持。""雪龙2"号系统工程师王斌告诉记者。 强大的电能需要通过专门的传输系统送达全船。全船拥有近550公里长的电缆，长度相当于北京到济南 的直线距离，其中仅中压电缆就有190根。这些电缆直径约50毫米，是普通家用的30倍，专门用于输送 6600伏的电能。 深入"雪龙2"号机舱，才会发现，它的电力系统别有洞天…… 全船的"能量中枢" 如果说"雪龙2"号是一座移动的极地科考城堡，那么电力系统就是这座城堡的"能量心脏"，负责将柴油 转化为源源不断的电能，驱动航行、保障考察工作和生活所需。 与传统船舶由 ...

来源：科技日报 科技日报记者 王禹涵 苏州德加能源科技有限公司日前宣布，其电池系列产品售价上调15%，理由是"受锂电池原材料价格大 幅上涨的影响"。 这并非孤例。2025年末，一场由锂电池核心原材料价格飙升引发的连锁反应，正从产业链上游向下游蔓 延，在电池行业激起千层浪。作为锂电池的重要原材料，六氟磷酸锂价格从2025年7月的每吨4.93万元 飙升至近日的每吨17万元左右，市场一度呈现"一天一价"的态势。与此同时，宁德时代新能源科技股份 有限公司（以下简称"宁德时代"）、惠州亿纬锂能股份有限公司等头部锂电池企业集体按下扩产"加速 键"。 原材料涨价与锂电池扩产并行，这看似矛盾的现象背后，实则蕴含着我国锂电池产业转型的深层逻辑 ——从"规模扩张"转向"质量突围"。 供需错配导致价格上涨 "涨得太快了，猝不及防。"多位锂电池产业链中下游从业者向科技日报记者坦言，六氟磷酸锂等核心原 材料价格的飙升，让整个行业措手不及。 中关村新型电池技术创新联盟理事长、电池百人会理事长于清教分析说，原材料涨价的根源，在于储能 与新能源汽车两大领域持续超预期的需求，特别是海外储能市场出现的"爆单"现象，加剧了这一趋势。 市场数据印证 ...

Core Viewpoint - The innovative technology developed by the team led by Academician Li Can enables the direct conversion of toxic hydrogen sulfide into clean energy and high-value chemical products, marking a significant advancement in addressing environmental pollution from industries such as natural gas and petrochemicals [1][2]. Group 1: Technology Development - The technology for the complete electrochemical decomposition of hydrogen sulfide into hydrogen and sulfur has been developed with independent intellectual property rights in China [2]. - The design of the technology allows the chemical reactions to occur in a separate reactor, avoiding issues such as solid sulfur clogging and contamination of electrodes, thus enabling stable and efficient large-scale operations [2]. - The research team has applied for 26 patents related to this technology, with 12 already granted, forming a comprehensive patent portfolio [2]. Group 2: Industrial Application - A pilot demonstration facility capable of processing 100,000 cubic meters of hydrogen sulfide annually has been successfully established in Xinxiang, Henan, which has operated stably for over 1,000 hours [1]. - The facility has achieved complete conversion of hydrogen sulfide, producing sulfur with a purity greater than 99.95% and high-purity hydrogen gas exceeding 99.999% [1]. - The technology is expected to have promising applications in coal chemical, petrochemical, and oil and gas extraction industries, contributing to the green transformation of these sectors [3]. Group 3: Environmental Impact - Utilizing renewable energy sources to drive this technology can significantly reduce pollution while recovering substantial amounts of "green hydrogen," which is crucial for building a clean and low-carbon energy system in China [3]. - The technology provides a new pathway for the complete elimination and resource utilization of hydrogen sulfide, effectively protecting the ecological environment and achieving dual resource recovery of hydrogen and sulfur [3].