Group 1 - The new mandatory national standard for electric vehicle energy consumption will be implemented on January 1, 2026, and is the first of its kind globally [1] - The standard imposes stricter energy consumption limits, approximately 11% more stringent than the previous recommended standard, with a requirement of no more than 15.1 kWh per 100 km for vehicles around 2 tons [1][2] - The implementation of this standard is expected to lead to an average increase of about 7% in the range of electric vehicles, resulting in longer actual driving distances and lower operating costs for consumers [2] Group 2 - The establishment of this standard is part of a broader effort to enhance energy efficiency in the automotive industry, particularly as it transitions to new energy vehicles [3] - The standard aligns with national goals for carbon peak and carbon neutrality, serving as a crucial measure for promoting high-quality development in the automotive sector [3][6] - The new standard will require manufacturers to provide additional information on energy consumption in extreme temperature conditions, ensuring consumers are well-informed about vehicle performance [3] Group 3 - The introduction of the new standard will shift the industry from a model focused on large batteries for extended range to a more refined approach emphasizing high efficiency and low energy consumption [4] - Approximately 40% of current vehicle models do not meet the new energy consumption limits, necessitating technological upgrades to avoid being phased out [4][5] - The standard is expected to drive significant advancements in automotive energy-saving technologies, including lightweight design, improved electric drive system efficiency, and thermal management optimization [5][6]

Core Viewpoint - The Shenzhen University Intelligent Computing Center has been launched to provide integrated computing support for artificial intelligence, scientific computing, big data processing, and multidisciplinary research [1] Group 1: Infrastructure and Capabilities - The center offers 318 P Flops@FP16 GPU computing power, over 5000 CPU cores, and more than 6 PB of storage capacity [1] - It features a 200G IB high-speed interconnect network and security devices to ensure efficient and secure data transmission [1] Group 2: Software and Services - The center integrates cloud computing, artificial intelligence, and microservices to provide a smart support system for secure, flexible, and efficient computing and data services [1] - It aims to empower research innovation, teaching practices, talent cultivation, and interdisciplinary integration [1] Group 3: Strategic Importance - The establishment of the center is a milestone for Shenzhen University in advancing its "Double First-Class" initiative and moving towards becoming a world-class comprehensive university [1] - It signifies a leap from following to leading in the field of computing infrastructure, aligning with national strategic needs [1] Group 4: Research Applications - The center also launched the "FROGENT" intelligent system for full-process drug design, leveraging its computing resources to enhance the efficiency and quality of new drug development [1] - This system automates the entire drug discovery process, from target screening to molecular generation, property evaluation, and synthesis pathway planning [1]

Core Viewpoint - The China Automotive Technology Research Center has launched a year-round ice and snow testing base for intelligent connected new energy vehicles in Hulunbuir, Inner Mongolia, which will be the largest and most advanced facility of its kind globally [1][2]. Group 1: Project Overview - The project is being constructed with an investment of 1.2 billion yuan and will cover approximately 1,000 acres [2]. - The base will feature five functional areas, including testing for the three electric systems (battery, motor, and electric drive), chassis system calibration, snow scene simulation testing, dynamic testing grounds, and flying car testing [2]. Group 2: Industry Implications - The establishment of the testing base is a response to the new demands for stable testing conditions and controllable intelligent driving scenarios in cold regions, addressing the bottleneck in the development cycle of new vehicle models [1][2]. - The project aims to enhance the quality of intelligent connected new energy vehicles, marking a transition from scale expansion to quality improvement in the industry [2]. Group 3: Regional Significance - Hulunbuir is positioned as a core testing base for cold regions in northern China, leveraging its unique environmental advantages for extreme condition testing [2]. - The new facility will fill the gap in year-round testing capabilities for ice and snow conditions in China, promoting a healthy ecosystem of testing services, technology research, and industrial application [2].

Core Insights - The incidence of thyroid cancer is rising significantly across 185 countries, with six countries reporting an annual increase of over 10%. The prevalence among individuals aged 15-39 has been increasing over the past two decades [1] Group 1: Factors Contributing to Increased Incidence - The rise in thyroid cancer rates is attributed to multiple factors, including increased detection of small tumors (less than 1 cm) due to improved ultrasound screening methods [2] - Environmental changes, such as living near nuclear accident sites (e.g., Chernobyl, Fukushima), have been linked to higher thyroid cancer rates [2] - Lifestyle factors such as diet, iodine intake, air pollution, and increased use of electronic devices are also under scrutiny, although strong evidence linking these factors to thyroid cancer is still lacking [2] Group 2: Young Population and Thyroid Cancer - Young individuals face increased stress, irregular eating habits, and emotional fluctuations, which may disrupt the endocrine system and elevate the risk of thyroid diseases [3] - Obesity among young people has been identified as a risk factor for developing thyroid cancer [4] Group 3: Treatment Advances - Overall prognosis for thyroid cancer is favorable, with the most common type, papillary thyroid cancer, having a 5-year survival rate of around 90% [5] - Personalized treatment approaches are now favored over traditional "one-size-fits-all" methods, particularly for low-risk patients who may not require immediate surgery [6] - New surgical techniques, such as transaxillary and transoral approaches, minimize visible scarring, while minimally invasive ablation techniques are emerging as important treatment options for suitable cases [7] - Targeted therapies have provided new hope for patients with advanced thyroid cancer, allowing for more effective treatment based on genetic mutations associated with the disease [7] Group 4: Public Perception and Awareness - While the trend of younger individuals being diagnosed with thyroid cancer is concerning, experts emphasize that advancements in screening and treatment have significantly improved the cure rates for early-stage thyroid cancer [8]

全固态钠离子电池（以下简称"全固态钠电"）因高安全性和高能量密度被视为下一代储能技术的核心， 而钠基材料凭借钠资源丰富、成本低廉的优势，成为平衡性能与经济性的优选方向。但固态电解质与电 极间的界面问题，长期以来像一道无形的墙，阻挡着技术落地的脚步。 这种修复胶并非传统意义上的黏合剂，而是由可聚合单体与导电粒子组成的特殊体系。其创新之处在 于"一箭双雕"。"这就像给电池界面做了一次精准的微创手术，既填充了伤口，又长出了保护膜。"杨庭 舟描述道。 中国科学院大连化学物理研究所（以下简称"大连化物所"）能源催化转化全国重点实验室团队近日在 《自然·通讯》上发表的一项重要成果，如同在这道墙上打开了一扇门。他们研发的电诱导加速聚合界 面修复技术，成功让Ah级全固态软包电池在无外部加压的条件下稳定循环超1000圈，使得全固态电池 向产业化迈出关键一步，为低成本储能技术的规模化应用扫清了核心障碍。 固态电池的界面困境 "就像两块干燥的玻璃，叠放再紧密也会存在缝隙，这就是固态电池的界面困境。"大连化物所动力电池 与系统研究部访问学者杨庭舟点出了全固态电池产业化的核心痛点。作为全固态电池的"心脏瓣膜"，固 态电解质承担着传输钠 ...

华电望亭发电厂二期燃机项目位于江苏省苏州市，共建设2台大F级494兆瓦燃气—蒸汽联合循环机组， 均采用全球首批500兆瓦全氢冷发电机。5号机组投产后，项目年发电量可达24.4亿千瓦时，不仅能为江 苏地区能源保供提供坚实支撑，满足230万居民一年用电需求，每年还可节约标煤20万吨、减排二氧化 碳约90万吨，为江苏地区今冬明春电力保供提供清洁能源保障。 （文章来源：科技日报） 作为装备制造业领域"皇冠上的明珠"，大F级燃气轮机集高精尖技术、新型材料与复杂工艺于一体，是 构建新型能源体系、保障国家能源安全的关键核心装备。项目5号机组是国家第一批燃气轮机创新发展 示范项目，由中国华电联合上海电气等产业链上下游单位协同攻关，成功攻克核心部件制造、系统自主 可控、大容量全氢冷发电机、低氮燃烧优化、机组可靠性提升等多项关键技术难题，累计产生30余项创 新成果，实现了从核心部件研发应用到整机运维的自主可控。这一里程碑式的突破，为我国重型燃机产 业向高端化、智能化、绿色化方向进阶注入强劲动力。 12月29日，我国首台全面国产的大F级商用燃机项目——华电望亭发电厂二期燃机5号机组，顺利通过 168小时满负荷试运行并正式投产。这标 ...

Core Insights - The "2025 China Manufacturing Power Development Index Report" indicates that in 2024, China's manufacturing industry is advancing under pressure, achieving positive growth across all sub-indices and entering the second tier of global manufacturing powers, following the US, Germany, and Japan [1] - The report highlights that innovation development has become the primary driver of growth in China's manufacturing power index, with quality and efficiency maintaining strong performance, and manufacturing exports recovering [1] - The next decade is deemed critical for advancing manufacturing power, emphasizing the importance of the real economy and the need for quality improvement and transformation in the manufacturing sector [2] Group 1 - In 2024, China's manufacturing power development index is on par with Germany and Japan, marking a successful first step towards becoming a global manufacturing power [1] - The innovation development sub-index saw the highest growth among all sub-indices, while the quality and efficiency sub-index ranked second among nine countries [1] - Manufacturing exports have increased their share of global exports, and the scale development sub-index has halted its decline from 2023 [1] Group 2 - The next ten years are crucial for the second phase of manufacturing power construction, with a focus on maintaining the importance of the real economy and promoting quality improvement and transformation [2] - Regular research and publication of the manufacturing power development index will be a long-term important task for implementing the manufacturing power strategy [2] - The report outlines key areas for technological innovation, including information technology, aerospace, and new energy vehicles, with expectations for continued global leadership in several sectors by 2030 [3]

Core Insights - The Jiangxi Ganjiang New Area has signed 15 quality projects related to the brain-computer interface (BCI) industry, covering upstream, midstream, and downstream sectors of the industry chain [1] - The area aims to transition from "single-point breakthroughs" to "ecological aggregation" in the BCI industry, focusing on attracting upstream and downstream enterprises to create a robust industrial ecosystem [1] - The signed projects include key components such as MEMS chips, high-precision electrodes, CRO service platforms, data processing, and applications in sleep and rehabilitation robotics [1] Industry Development Measures - The Jiangxi Provincial Science and Technology Department has outlined measures to accelerate the development of BCI technology and industry, focusing on four dimensions: technological innovation, achievement transformation, entity cultivation, and industrial support [1] - The upcoming action plan aims to establish the Ganjiang New Area as a leading zone for future BCI industry development, contributing to new economic growth points [2]

视觉中国供图 全固态钠离子电池（以下简称"全固态钠电"）因高安全性和高能量密度被视为下一代储能技术的核 心，而钠基材料凭借钠资源丰富、成本低廉的优势，成为平衡性能与经济性的优选方向。但固态电解质 与电极间的界面问题，长期以来像一道无形的墙，阻挡着技术落地的脚步。 中国科学院大连化学物理研究所（以下简称"大连化物所"）能源催化转化全国重点实验室团队近日 在《自然·通讯》上发表的一项重要成果，如同在这道墙上打开了一扇门。他们研发的电诱导加速聚合 界面修复技术，成功让Ah级全固态软包电池在无外部加压的条件下稳定循环超1000圈，使得全固态电 池向产业化迈出关键一步，为低成本储能技术的规模化应用扫清了核心障碍。 固态电池的界面困境 "就像两块干燥的玻璃，叠放再紧密也会存在缝隙，这就是固态电池的界面困境。"大连化物所动力 电池与系统研究部访问学者杨庭舟点出了全固态电池产业化的核心痛点。作为全固态电池的"心脏瓣 膜"，固态电解质承担着传输钠离子的关键作用，而氧化物电解质因高离子电导率和化学稳定性，成为 科研界的重点攻关方向。但氧化物电解质的固有脆性使其从制备到使用的每一步都极易受损。 在大连化物所能源催化转化全国重点实验 ...

Core Viewpoint - The implementation of the "Artificial Intelligence Large Model" national standards marks a new phase for China's large model industry, emphasizing scientific authority and unified norms [1] Group 1: National Standards Implementation - The series of standards is the first to focus on general large models, filling a gap in the technical evaluation system [1] - The standards clarify performance, safety, and service capability requirements, with the evaluation capabilities recognized by the China National Accreditation Service for Conformity Assessment [1] Group 2: Evaluation Benchmark - The "Qiusuo"-LMBench evaluation benchmark integrates methods, datasets, and an automated platform, becoming an industry-recognized "capability metric" [1] - The evaluation system has established a whitelist of mainstream large models, providing a basis for selection by state-owned enterprises and supporting companies like Sinopec and Southern Power Grid in building industry-specific large models [1] Group 3: Assessment Achievements - Over a thousand assessment tasks have been completed, utilizing large models more than 950,000 times, accurately identifying common issues such as hallucination control and content safety [1] - The efforts have aided nearly 30 manufacturers in technology iteration, promoting a closed loop of "R&D—Assessment—Application—Upgrade" [1] Group 4: Internationalization of Standards - The internationalization of standards is underway, with English, Lao, and Khmer versions being prepared for ASEAN, filling a regional gap [1] - The Chinese open-source model architecture has been adopted by projects in countries like Singapore, showcasing the global influence under the guidance of these standards [1]