清洁能源转型是一项应对全球气候变化，牵动全球供应链的工程，而关键矿产则是实现净零碳排放目标和发展清洁能源技术不可缺少的物质基础。在沙特试图摆脱对石油经济依赖的前提下，如何保障能源转型过程中所亟需的关键矿产供给、快速发展清洁能源产业是沙特调整经济结构多元化、实现“2030愿景”的重点。当前，中国“一带一路”倡议与沙特“2030愿景”目标高度契合，双方在清洁能源领域合作可以充分实现资源禀赋互补、技术经验共享、产业市场互通。因此，应在社会、供应链等多维度下梳理和分析中沙两国在清洁能源领域的合作基础与发展潜力，在双方的利益视角下提出合作建议，推动沙特能源转型、促进沙特“2030愿景”实现的同时，进一步释放双方资源共享、技术创新、市场开拓等潜力，推进中国与沙特周边地区建立合作伙伴关系，构建“一带一路”中国国际合作发展新格局。

This paper provides a comprehensive review of the development, current status and future prospects of Tokamak-type nuclear fusion devices in the world. First, it expounds the advantages of fusion energy compared with other energy sources, such as its high safety, abundant fuel reserves, high energy density, no greenhouse gas emissions like carbon dioxide and environmental friendliness. Subsequently, it focuses on reviewing the historical development of the Tokamak, from the concept's inception in the 1950s to the current construction of the International Thermonuclear Experimental Reactor (ITER). It highlights the renowned tokamak devices that have made significant influential achievements and critical technological breakthroughs in the world, such as those that have validated the scientific feasibility of controlled nuclear fusion, achieved the highest fusion energy gain (Q), set world records for plasma triple products, reached the highest plasma temperatures, or revealed important physical phenomena, mechanisms, and new or advanced operation modes. Next, the paper also examines the critical scientific and technological challenges yet to be resolved for Tokamak fusion reactors, such as fuel cycles, tritium self - sufficiency, and materials issues. Finally, it offers perspectives on the future development direction of Tokamak fusion reactors and the commercialization prospects of fusion energy. This review aims to serve as a reference for the field of nuclear fusion research.

介绍了锂离子电池基本构造、工作原理及回收现状。详细阐述了当前研究中正极材料的主流回收方法，综述了废锂离子电池回收技术的研究进展，其中包括回收工艺发展、回收产品、对环境负担的影响，以及电池退役后的选择，如二次利用、直接再生修复电极材料、湿法或火法冶金回收材料等。从电池材料回收率，循环利用再生体系，电解液、隔膜和负极材料等综合回收方面对现有废旧锂离子电池回收处理与再利用技术提出了改进意见。

This article focuses on amorphous matters and reviews recent advances in amorphous materials and physics. More recently, more than 30% of the lunar soil collected by China's Chang'e-5 mission was found to be glassy, further confirming the widespread existence of amorphous matter in the universe. Topological order and inhomogeneity may be hidden behind the seemingly chaotic structure of amorphous materials, so amorphous matters have strange genetic, sensitive and relaxation behaviors, and show a series of excellent physical and chemical properties, such as extreme stability, super-plasticity, super mechanical behavior and excellent soft magnetic properties. The new generation of Zr-based and Fe-based amorphous alloys developed based on order regulation and high flux technology are successfully applied to core components such as folding mobile phone hinges and new energy vehicle motors, indicating that amorphous matters have irreplaceable application advantages. The future development of amorphous matters should focus on introducing a new paradigm of material research, attaching importance to the importance of process innovation, promoting the cross-integration of multi-disciplinary fields, giving full play to the advantages of advanced characterization technology and large scientific devices, and creating a whole-chain innovation model for production, university and research, so as to actively promote the rapid development of amorphous materials and physics, and expand the application of amorphous matters in high-tech fields. Make the future of mankind a better place.

Envisioning the strategic demands for building a modernized powerful nation in 2040 and motivated by the integrated development of new materials, new productive forces, and emerging industries, this manuscript comprehensively analyzes the common requirements of national strategies, relevant policies, and action outlines regarding frontier-disruptive core technologies and critical material development. Based on the advancement and innovation of Materials Genome Engineering's core technologies setting a crucial foundation for key innovations in AI data infrastructure, foundational material models, R&D of new materials, and industrial applications, AI will further accelerate the development of high-throughput intelligent computing software/tools, drive paradigm shifts from high-throughput experimentation to autonomous experimentation, propel the evolution of material AI agents, construct data resource nodes/platforms with standardized specifications, advance new productivity and novel material industries, as well as foster educational paradigm transformation and next-generation talent cultivation. The convergence of Materials Genome Engineering and intelligent science is fundamentally reshaping the underlying logic of material science, technology, and education through a trinity model consisted of ''theoretical reconstruction, technological empowerment, and industrial traction''. This integration represents not merely disciplinary upgrading, but a systematic transformation encompassing scientific paradigms, industrial ecosystems, and talent development models. It will cultivate interdisciplinary professionals crucial for strategic fields such as advanced materials, emerging industries, and future-oriented sectors.

重点分析了固态储氢、有机液态储氢、甲醇储氢和氨储氢等多种新型储运氢技术特点、发展现状、经济成本及关键技术瓶颈，探讨了其未来发展方向，并横向对比了不同氢储运技术的经济性水平与应用前景。当前，固态储氢技术已在部分领域实现示范应用，但其大规模产业化仍面临高成本和高能耗等挑战。有机液态储氢技术虽然操作便捷，但受限于脱氢温度高、释氢速率低及对贵金属催化剂的依赖。绿色甲醇和绿氨储氢技术在能耗、安全性和经济性方面仍存在一定制约。不同储运技术各具优势与局限，需要综合考虑氢储运量、运输距离、安全性、碳排放及具体应用场景，以确定最优的技术路径和应用方案。

智能建造数字化平台作为建筑行业数字化转型的关键支撑，在建筑信息模型（BIM）、云计算和大数据等核心技术的驱动下实现了突破性发展。从相关研究总体特征、相关研究现状和平台案例分析3个维度对2010—2023年的相关研究进行分析。研究发现，BIM技术通过三维可视化建模和全生命周期数据管理构建了平台的基础框架；云计算技术凭借其弹性计算资源和分布式处理能力为平台提供了强大的技术支撑；大数据技术则通过实时数据分析和智能决策优化了工程管理流程。以北京城市副中心项目为例，该平台创新性地采用“环状”数字集成交付模式，整合区块链数据确权技术，实现了政府投资项目设计-施工-运维全过程的数字化协同管理，有效解决了传统工程管理中的“三超”问题。然而当前研究仍存在明显局限，比如应用场景主要集中于单体项目层面，缺乏行业级系统整合；技术标准体系尚未统一，制约了数据互联互通；人工智能等新兴技术的融合应用研究相对不足。未来发展方向应着重于构建产业级集成平台，推动规模化应用；建立统一的技术标准和数据接口规范；深化人工智能、数字孪生等创新技术与传统建造技术的融合应用；探索数据资产交易机制，促进数据要素市场化。

2025年2月24日，国际数学界迎来一项里程碑式突破：34岁的中国数学家王虹与加拿大不列颠哥伦比亚大学教授约书亚·扎尔（Joshua Zahl）合作，在预印本平台arXiv提交了一篇长达127页的论文，称证明了三维挂谷猜想（Kakeya Conjecture）。这一成果被菲尔兹奖得主陶哲轩评价为“几何测度论领域的惊人进展”，并引发全球数学界震动。若通过同行评审，该成果将填补几何测度论领域百年空白，并为调和分析、数论等学科提供新工具。

矿产资源的开发和利用是维系现代社会经济发展和人类活动的重要基础。然而，近百年来各类矿产资源的开采和加工产生了大量尾矿矿渣，严重威胁着生态环境和人类社会的可持续发展。如何实现尾矿区的生态重建成为实现可持续矿业的关键。在分析传统尾矿生态修复技术不足的基础上，提出基于土壤发生学原理的尾矿生态修复新策略，即尾矿成土生态工程。具体而言，本策略将尾矿视为成土母质矿物，通过系统性生态工程手段加速成土过程，并逐步将其改造成具有多孔物理结构和化学缓冲特性，能够承载生态功能的稳定类土基质，从而实现对尾矿区的生态重建。尾矿成土生态工程需综合考虑尾矿的特性、本地微生物和植物物种资源及气候条件，因地制宜设计技术路线，构建成套技术体系。最后，基于现有研究进展，提出了尾矿成土的关键基础科学问题和技术应用前景。

水处理、能源转化和生物医药等领域对高效分离膜的需求日益迫切。无论是海水淡化、电池隔膜，还是人工离子通道，核心都依赖于纳米孔膜对特定离子的精准筛选。科学界长期以来将这种选择性理解为几何作用：水合离子被紧紧包裹在水分子外衣之中，能否通过孔道主要取决于“身体尺寸”与孔径是否匹配。然而，随着纳米孔尺度越来越小，这一解释逐渐显得不足，因为实际观测到的选择性规律往往无法用几何大小简单说明。

Deep-sea exploration is a key technology for developing marine resources, studying the evolution of the Earth, and protecting the Earth's ecosystem. This paper reviews the main progress of deep-sea exploration technology in the past seven years (2019–2025), including the fields of submersibles, sensors, communication, energy, etc., and looks ahead to the development trends in the next 5~10 years. Firstly, the importance and challenges of deep-sea exploration are introduced. Then, the current status of technologies in various aspects such as deep-sea submersibles, sensors and observations, sampling and analysis, communication and navigation, energy, as well as big data and artificial intelligence are described in detail. The analysis shows that intelligentization, long endurance, and in-situ experimental technologies will become the core directions, but the adaptability to high-pressure environments, energy supply, and data transmission remain the main bottlenecks. Subsequently, the future development trends such as intelligentization and autonomy, long endurance and energy innovation, and the cost revolution are discussed. It is expected that this paper will play a certain guiding role in promoting the sustainable development of deep-sea exploration technology.

简要回顾2024年原子核物理科技发展的前沿与热点，放射性核束物理，相对论重离子碰撞物理，中低能与高能的交叉、无中微子双贝塔衰变、超精细结构、核钟、核物质状态方程与核天体物理等交叉学科及核医学等方向，其中有涉及理论的拓展也有实验的突破，这些原子核物理学的发展不断地推动我们对物质基本构成和宇宙演化的深入理解。

2025年8月26日，江门中微子实验（JUNO）成功完成2万t液体闪烁体灌注，并正式运行取数。经过10余年准备和建设，JUNO成为国际上首个运行的超大规模和超高精度中微子专用大科学装置。

实现技术发展与安全的平衡，是当前全球人工智能治理必须直面的重大现实问题。目前全球人工智能治理最具代表性的是，欧盟以伦理先行为导向的“硬法治”模式和美国以技术先行为导向的“软规则”模式。从治理思想、治理主体、治理体系和治理策略系统分析了2种模式的区别，并基于此提出了优化我国人工智能治理路径的政策启示：在治理思想上，应坚持伦理治理和鼓励创新并重；在治理机制上，建立分级分类风险治理机制，实行精细化监管；在治理体系上，构建多层次全方位的人工智能治理体系；在治理主体上，注重发挥企业和行业自治力量；在治理合作机制上，积极参与多边治理交流合作，提高中国在人工智能全球治理的影响力和话语权。

2025年3月5日，美国计算机学会（ACM）宣布，将2024年图灵奖（Turing Award）授予美国马萨诸塞大学教授Andrew G.Barto与加拿大阿尔伯塔大学教授Richard S.Sutton，以表彰他们对强化学习理论框架方面的开创性贡献。图灵奖被誉为“计算界诺贝尔奖”，由谷歌公司提供百万美元奖金支持。谷歌高级副总裁Jeff Dean强调，这一贡献直接实现了图灵“机器经验学习”的构想，其算法已成为自动驾驶、芯片设计等领域的技术支柱。

2023年是著名博物学家阿尔弗雷德·拉塞尔·华莱士诞辰200周年、逝世110周年，纪念他的最佳方式是总结和弘扬其精神遗产。以文本细读和个案研究为主要研究方法，在简要回顾华莱士的重要自然科学成就的基础上，着重阐述他为追求真理而无畏艰险的牺牲精神、坚持实地调查的方法论态度、勇于挑战权威的理论创新精神。博物学家华莱士是一位将科学要求与伦理要求相统一，具有高度社会责任感的空想社会主义者，他留给后人的最宝贵的精神财富正是其科学精神与人文关怀。

深入探讨了大科学装置在推动人类知识创新进程中的核心作用，特别聚焦于稳态强磁场实验装置（SHMFF）这一实例，剖析了其在达成科学目标、驱动知识创新、促进产业升级、加强国际合作与交流以及吸引高端人才等多个维度上的显著贡献。SHMFF通过构建高场磁体集群，为物理、化学、材料、生物学等多学科前沿研究提供先进实验条件，支撑用户取得系列高水平成果。其衍生技术广泛应用于高端装备制造、药物研发等领域，有效促进区域经济发展。同时，SHMFF坚持开放共享理念，通过国际合作在生物、材料等领域取得多项突破，促进知识共享。SHMFF的成功实践验证了大科学装置对知识创新的推动作用，也为中国优化大科学装置布局、提升设施先进性提供了重要参考。未来，持续建设和完善大科学装置体系，将成为推动知识创新和科技进步的重要战略支撑。

江泽涵是中国著名数学家、数学教育家，中国拓扑学派开创者。学术研究方面，深耕于拓扑学领域，带领团队取得国际瞩目的成果，竭力促进国内数学研究的发展；数学教育方面，重视数学基础教育改革，强调数学竞赛的人才选拔功能和数学史的教育价值，对基础教育产生了积极深远的影响；行政管理方面，积极整顿学风，深入系务改革，大力推动了北大数学系的蓬勃兴盛。通过回顾江泽涵的学术人生和数学贡献，缅怀其留下的教育思想和崇高精神。

夜幕降临时，几位科学家正乘坐中国载人深海潜水器“奋斗者”号向深渊进发。随着潜水器逐渐下潜，在深不可测的黑暗中，上海交通大学极端环境微生物学家赵维殳瞥见了散发着绿、黄、橙3色荧光的发光生物。抵达万米海底后，研究人员打开探照灯，一片“深邃神秘的蓝色”随即映入眼帘，到处漂浮着形形色色的浮游生物。Weishu Zhao回忆道，“那一刻，我幡然领悟，（深海）一定是一个超乎人类想象的奇特世界”

分析了激光无线能量传输（laser wireless power transmission，LWPT）技术的基本原理、发展背景及未来应用。该技术基于受激辐射原理，将电能转化为激光能量，经过大气或真空介质传输后，最终由激光电池将光能高效转换为电能，具备高方向性、高能量密度、远距离传输等优势。在低空产业领域，LWPT可为无人机、飞行汽车等提供持续能源补给，显著提升续航能力与作业效率；在商业航天领域，其可为卫星、空间站及深空探测器构建灵活的能量传输网络，支撑长期太空任务。展望未来，LWPT技术与激光通信、卫星遥感定位等技术结合，可实现能源与信息的协同传输，构建交通–信息–能源三网融合的智能化蓝图，推动交通系统向高效化、自动化迈进。这一目标的实现，需依托多行业深度合作与持续技术创新，并同步推进跨领域协同研发及标准规范制定。通过推动该技术的发展，有望催生能源传输领域的革命性变革，为现代社会的发展提供坚实的支撑。

Biological carbon fixation is crucial to the Earth's carbon cycle and is one of the effective ways to transform CO₂ and manage carbon emissions. Chemoautotrophs, with their unique metabolic strategies and environmental adaptability, play an important role in this process. They are able to convert CO₂ into valuable organic products, solving the problem of limited CO₂ utilization. However, the carbon fixation potential of chemoautotrophs in controlled systems has not been fully explored. This review illustrates the possible challenges of stable culture of chemoautotrophic bacteria in bioreactor. Based on this, a series of physical, chemical and biological methods are proposed to regulate the carbon metabolism of chemoautotrophic bacteria and improve their carbon fixation efficiency. Further, the application prospects of chemoautotrophic carbon fixation in controlled systems are expected, including improving the primary productivity of natural ecosystems, reducing carbon emissions in specific sites, and producing high−value microbial by−products. This review highlights the advantages and challenges of these applications, providing important insights into carbon capture, fixation and conversion by chemoautotrophs.

个人基因信息在基因技术中的应用存在隐私泄露、基因歧视等伦理风险。对于基因信息应用伦理风险的治理，机构内设伦理委员会审查模式难以保证审查公正性、既有的匿名化标准不足以肩负保护公民个人基因信息的重任、反基因歧视法律法规亟待完善、增强型基因编辑规制不足。通过研究中国基因信息保护的制度现状，确定了基因信息技术伦理治理的基本立场，提出了基因信息应用伦理风险治理的优化路径，具体包括严格基因信息应用的伦理审查机制、确立基因信息的合理使用标准、完善反基因歧视法律法规、完善非法植入基因编辑、克隆胚胎罪。

新一代信息技术作为智能互联技术体系的关键要素，重构了智能制造价值链，为智能制造质量管理提供了新范式。结合中国智能制造发展实际情况，分析了新一代信息技术背景下智能制造质量管理的新趋势与新需求。概述了质量4.0的基本理论，拓展了质量4.0中价值链的含义，并通过内部价值链、产业价值链与相关方价值链3个维度构建了基于质量4.0的智能制造全价值链质量管理模式，以促进质量4.0理论与方法在智能制造质量管理实践中落地。

2025年3月28日，中核集团核工业西南物理研究院研发的新一代人造太阳装置“中国环流三号”取得突破，首次实现原子核温度和电子温度“双亿度”（1.17亿度和1.6亿度），综合参数聚变三乘积显著提升，标志着中国可控核聚变研究正式进入燃烧实验阶段。聚变燃烧实验是可控核聚变工程化应用的核心环节，是实现未来清洁能源商业化的重要基础。

Drug discovery, as the core driving force of the modern pharmaceutical industry, faces the difficulty of the traditional model's "high investment, long cycle, and low output, " urgently requiring breakthroughs to address increasingly complex health demands. The rapid development of artificial intelligence (AI) technology has brought revolutionary changes to drug discovery, significantly enhancing efficiency and success rates in areas such as protein structure prediction, protein design, antibody drug design, and small molecule drug development. This article focuses on the domestic and international progress of AI in these key domains, providing an in-depth analysis of AI breakthrough in protein structure prediction and its potential applications in target discovery and virtual screening. It explores the closed-loop model of AI-driven protein design, from structure prediction to functional innovation, and examines AI's role in antibody sequence optimization, affinity maturation, and novel antibody design. Additionally, it reviews the latest achievements of AI in small molecule drug target identification, virtual screening, and ADMET optimization. The article also highlights challenges in AI applications, including data quality, model interpretability, and experimental validation, while envisioning future directions such as multimodal data integration, dynamic behavior prediction, and automated platforms. By comprehensively analyzing the current state and challenges of AI-enabled drug discovery, this article aims to offer scientific perspectives and insights to accelerate new drug creation and enhance human health and well-being. It seeks to provide readers with a thorough and insightful view of technological issues in AI-empowered drug discovery, stimulate thinking about future directions, and promote the more effective application of AI technologies in this field, ultimately benefiting human health through an accelerated drug development process.

It is the obligation of the parties to the Convention on Biological Diversity to update and revise the National Biodiversity Strategies and Action Plans (NBSAPs). COP15 decision required all parties to revise or update NBSAPs in alignment with the Kunming−Montreal Global Biodiversity Framework including national targets communicated in a standardized format. China's strategic position in biodiversity conservation has been continuously rising. In January 2024, the China's Biodiversity Conservation Strategy and Action Plan (2023−2030) was officially released. This article reviews the main considerations and elements changed in the update and revision of the NBSAP, and introduces the main contents of the NBSAP, including four priority areas: mainstreaming biodiversity, responding to the threat of biodiversity loss, sustainable utilization and benefit sharing of biodiversity, and modernization of biodiversity governance capacity. Topical issues and newly added priority actions have been analyzed and interpreted. This article also summaries the main implications and practical significance of the NBSAP. A Chinese solution for promoting the implementation of the Kunming−Montreal Global Biodiversity Framework was submitted. NBSAP was connected with domestic policies in the field of biodiversity, guiding local levels to carry out conservation practices, and providing a reference for analyzing and responding to new focuses and new issues in future biodiversity conservation work.

The accurate and efficient extraction of building from remote sensing images is fundamental for applications such as fine urban management, high−precision mapping, and land resource investigation. It is essential to investigate how to leverage image features for intelligent interpretation. This study introduces a global self−attention network with edge−enhancement (E−GSANet) for remote sensing building extraction. The network integrate the edge enhancement module into the encoder backbone, providing the network with a priori knowledge about boundaries, and then establish long−distance dependency relationships between features using the global self−attention feature expression module, enabling the fusion of salient features with edge−enhanced features. A stepwise up−sampling decoding module is designed to fusing the shallow features with rich spatial detail information and the deep features with high−order semantic information to obtain accurate extraction results of buildings. The comparison experiments between E−GSANet and the current mainstream methods is conducted based on two open−source remote sensing building datasets. The quantitative analysis and qualitative demonstrations prove that E−GSANet achieves optimal results across all evaluation metrics, yielding more complete building extractions, precise edges, and higher accuracy. Additionally, network structure ablation experiments and analysis demonstrate the effectiveness of each module.

The impact of global warming and how to deal with it are topics of widespread concern across various sectors of society. This paper focuses on the impacts of global climate change on dryland. Over the past fifty years, the temperature has risen at the rate of 0.32℃ /decade, and climate warming has enhanced the evaporation capacity and consequently expanded the world's arid regions by approximately 2.61×10⁶ km². The frequency and severity of droughts has also increased, with an average of 251 meteorological droughts occurring in 34 major river basins. The drought heatwave compound events and flash droughts are becoming more common. The duration of heat waves has extended from 8 to 12 days on average. With climate warming, the water availability has decreased with increased water uncertainty. Concurrently, greenhouse gas emissions increased and carbon sequestration reduced. Desertification has aggravated, and poverty?stricken area has expanded. In light of these challenges, it is recommended to vigorously advocate carbon emission reduction strategies to curb the pace of climate warming, strengthen international cooperation, formulate a global action plan to mitigate the continuous expansion of arid areas, build a cooperation mechanism to address climate change in terms of policy, management, education, science and technology, finance and other aspects, and solve the "double dilemma" of desertification and poverty in multiple ways.

在量子信息技术与信息通信技术融合背景下，面向提升信息通信安全性和便携性的迫切需求，采用了理论分析和实际应用案例结合的方式，探讨了量子保密通信与5G融合的探索实践，展示了量子保密通信在5G网络中的融合策略与应用成效。量子保密通信正携手5G在承载网络、网络切片等基础设施层面探索融合，同时催生出量子加密通话、量子加密对讲等融合创新应用。展望了量子保密通信与5G融合的未来发展：随着量子保密通信和5G在基础设施、应用场景等方面不断深度融合，将共同构筑高速泛在、自主可控的数字基础设施，为数字经济的蓬勃发展提供坚实而强大的安全保障，有力推动产业数字化转型升级，助力数字经济持续发展。

极紫外阿秒光源具有极短的脉冲宽度和高光子能量，因此具有超高的时间和空间分辨能力，广泛应用于原子分子物理、凝聚态物理，乃至化学和生物学研究中。目前阿秒光源的脉冲宽度已经突破了50 as，最高光子能量也突破了水窗波段。介绍了阿秒光源的产生及产生过程中相位匹配的原理，论述了孤立阿秒脉冲产生和选通方法；回顾了阿秒光源的发展历程，梳理了阿秒光源在基础物理研究中的应用；展望了未来的阿秒光源将朝向具有更高光子能量、更短脉宽、更高单脉冲能量、更高光子通量和更高重复频率的方向发展；上述参数的不断提高在应用研究中具有重要意义。总结了目前国内外的阿秒光源装置，并指出建设大型阿秒装置，实现高性能的阿秒综合实验是未来重要的发展方向。

轨道交通运输规划及控制的数学本质为离散约束下的优化问题，具有NP（non-deterministic polynomial）难的高计算复杂度问题。作为未来计算能力跨越式发展的重要探索方向，量子计算有望为解决现有大规模路网中的复杂问题提供潜在解决方案。介绍了量子计算的基础概念及算法，分析了其在轨道交通领域的潜在应用场景，包括行车调度组织优化、列车自动运行控制和列车群组的动态编解。通过实验验证了量子粒子群算法在解决复杂优化问题中的优势，表明量子计算在处理大规模离散约束优化问题时具有显著的计算效率提升。然而，量子计算技术在轨道交通中的应用仍面临量子比特退相干、硬件集成和结果安全性等挑战。总结了量子计算在轨道交通中的应用前景及可能面临的问题，强调了量子计算技术在推动轨道交通智能化发展中的潜力与挑战。

The dual pressures of urbanization and climate change are intensifying the urban heat island effect, carbon emissions, and air pollution, posing significant challenges to environmental sustainability and urban livability. As the demand for multiobjective coordinated management of urban ecological environments continues to increase, integrating heat, carbon, and pollution into a unified framework for comprehensive assessment has become a key direction for future urban planning and policy−making. This article systematically compares and analyzes the consistency between global development agendas and the goals of reducing urban heat, carbon, and pollution, highlighting the significant potential and advantages of new−generation information technologies in intelligent optimization and coordinated scheduling, data fusion and analysis, real−time monitoring and feedback, and decision support and simulation. From the new perspective of urban spatial form, it comprehensively reviews the specific content, challenges, and future issues in conducting multi−scale, multi−dimensional "heat−carbon−pollution" multi−objective coordinated reduction planning. It provides innovative solutions for multi−objective coordinated management and sustainable development of "heat−carbon−pollution" in Chinese cities.

神经科学技术的主要对象是人脑，而人脑在人的属性中占据重要位置，是具有人之所以为人的特殊属性。因此，通过梳理神经科学技术在脑隐私、个人同一性、人的尊严、安全性及对现行法律规范挑战等方面存在的伦理问题，进而从国家科技伦理委员会、科学+伦理+法律协同治理模式、公众参与、建立技术研究与应用的指南和标准等方面提出了科技伦理治理的一些政策建议，以帮助神经科学技术朝着人类福祉最大化方向发展。

In recent years, light−driven micro/nanomotors have emerged as a novel type of miniature power device, leveraging their adjustable energy input, reversible switching state and remote operability. They have demonstrated broad application prospects in water environment treatment, biomedical fields, and biosensing. This paper aims to systematically summarize the research progress of light−driven micro/nanomotors, elucidate their propulsion mechanisms, and highlight typical applications driven by different types of light (ultraviolet, visible, and near−infrared light). Despite the substantial potential of light−driven micro/nanomotors in various domains, they still face numerous technical challenges, such as low propulsion efficiency, limited motion control precision, and issues with the biocompatibility of materials. Future research directions may include the integration of multiple driving methods, enhancement of light energy conversion efficiency, and development of biocompatible materials. These efforts will promote the performance improvement and application expansion of light−driven micro/nanomotors, bringing revolutionary changes to environmental protection and biomedical fields. By overcoming current technical obstacles, light−driven micro/nanomotors are expected to play a more significant role in future scientific research and practical applications.

脑机接口技术在教育、医疗等领域已经得到了广泛应用，所具有的“非接触式的信息传播”“人体机能的深度强化”“高效的数据传输”等诸多机能对于赋能情报活动开展具有一定的现实意义。通过分析脑机接口技术对于情报活动存在的具体功能，在情报活动中应用脑机接口技术会存在的现实风险，构建了从原则指导到规则锚定的合规保护机制，力求有效保障脑机接口技术在情报领域中的全面应用。此外，在应用过程中还需要坚持预防性利益保护原则、利益位阶保护原则、惩罚与奖励相结合原则，从保护个人自决权、制定隐私合规保护策略、强化情报机构的监督责任、完善数据安全审查制度、制定数据合规保护奖惩机制这5个方面，消解脑机接口技术在情报领域应用中可能面临的风险。

随着中国污染控制进入深水区和“双碳”目标的提出，传统污染源治理技术在碳污协同减排和多介质污染协同控制等方面面临诸多挑战，亟需探索环境治理新范式。针对城市环境复合污染治理难题，将污染控制由排放源拓展至环境过程，论述了通过人工手段强化城市环境的自净功能，利用自然界的光、热、风、氧、水等条件实现污染物的环境过程净化，耦合气-水-土多介质人工强化环境自净技术构建“自净城市”，有望成为环境保护工作新的增长点，从而巩固当前污染源排放控制的成果，保障环境质量持续改善。在此基础上，对污染物环境过程净化、自净城市的理论与技术进行了介绍，如将气–水–土多介质人工强化环境自净技术在城市区域进行多场景、多过程、全方位应用，以提升城市环境容量，持续改善城市环境质量，并对城市环境污染物自净过程与机制、人工强化自净材料与技术、多介质环境自净应用策略与方案、城市环境自净能力评估4方面提出了发展建议。

锂产业链关键产品贸易安全是事关国家战略性矿产资源安全的重要问题。基于2013—2022年中国锂产业链关键产品的对外贸易数据，一方面，从贸易规模、贸易伙伴2个维度，全面探讨中国锂产业链关键产品的贸易格局及演化规律；另一方面，构建进出口结构安全性评价指数，评估中国锂产业链关键产品贸易结构的安全水平，以期为中国制定和调整锂资源安全战略提供参考。研究结果表明：2013年以来，中国锂产业链关键产品的贸易规模不断扩大，其中，碳酸锂以进口为主，而氢氧化锂、锂离子电池均以出口为主；中国锂产业链关键产品的出口贸易伙伴均多于进口，其中，中国碳酸锂和氢氧化锂的贸易伙伴相对集中，而锂离子电池的贸易伙伴数量稳中有升，贸易核心地位逐渐凸显；中国碳酸锂的进出口结构模式在强进口和弱进口之间波动，现阶段体现为强进口，氢氧化锂的进出口结构始终维持在强出口模式，锂离子电池进出口结构模式经历了“相对平衡—弱出口—强出口”的转变；中国碳酸锂进口和氢氧化锂出口的结构安全性均处在一种不安全的状态，而中国锂离子电池的贸易结构长期处于安全状态。

在碳中和的大环境下，氢能源拥有巨大市场潜力，能否实现液化天然气一样的海上运输规模，成为制约其广泛应用的关键因素，液氢运输船的研制显得尤为迫切。通过检索全球液氢运输船领域的专利文献，采用定量与定性相结合的方法分析专利发展路径，全面展现液氢运输船领域的技术创新态势；聚焦船舶总体设计、液氢储罐设计、液货处理系统研发、液氢动力系统研究等关键技术，从专利布局的角度研究技术发展路径，在技术创新、专利布局、专利风险3个方面提出发展建议，应重点围绕液氢运输船布置、液氢储罐设计、液氢蒸发气体处理等问题开展技术创新。同时，加快在液氢运输船的船型结构、储罐型式（多种类型）、机舱布置方案及再液化系统（含制冷剂的选择）等关键技术方向的专利布局，并在技术方案成熟应用之前，完成所有具有潜在应用可能性的技术方案的专利保护。

2025年2月17—18日，中国科学技术协会在北京召开第十届全国委员会第九次会议，审议通过《中国科协2035行动计划纲要》（以下简称《纲要》）。《纲要》围绕科技强国建设重大部署，提出到2035年的3大目标：科协组织全面覆盖科研机构和科技人员、提升全国学会和在华国际科技组织的影响力以及优化科协系统功能配置。《纲要》明确了组织凝聚工程、思想铸魂工程、人才托举工程、学术荟萃工程、产学融通工程、科普促进工程、智库集思工程、开放合作工程共8大重点工程和21项重点举措。《纲要》还提出要壮大一流科技期刊方阵。未来10年，中国科协将滚动实施中国科技期刊卓越行动计划、扩大中层科技期刊支持覆盖面、扩大集群集团化试点规模等，到2035年建成千种具有世界影响力的科技期刊。

Ice lithography (IL) is an emerging micro/nanofabrication technique based on electron beam interaction with cryogenic materials, which enables direct writing and transfer of nanoscale patterns through localized electron beam irradiation on solid ice resists formed by gas condensation on cryogenic substrates. Since its inception, this technology has rapidly evolved with distinctive advantages: Firstly, the low electron sensitivity of ice resists permits in situ observation during processing, facilitating high-precision overlay alignment. Secondly, ice films demonstrate exceptional conformal coverage on non-planar substrates, overcoming the planarization constraints inherent to conventional lithography. Thirdly, the solvent-free removal of ice resists via thermal desorption establishes an environmentally benign process, particularly advantageous for processing sensitive and fragile materials. This review systematically examines the historical development of IL, comprehensively summarizes key advancements in technical characteristics, fabrication accuracy, equipment evolution, and process applications, while providing prospects for future directions. It aims to stimulate interdisciplinary research and explore the application potential of this novel technology in emerging fields including three-dimensional optoelectronic devices, biosensing platforms, and flexible electronics.