江西资溪—— 江西资溪，低碳旅游将生态优势转化为发展动能，让绿色消费成为旅游新风尚；山东潍坊，中医药从诊 室走向市集、餐桌，以新形态"圈粉"年轻人；四川成都，春熙路商圈以科技赋能，打造沉浸式数字消费 新场景……近年来，绿色消费、健康消费、数字消费等新型消费不断壮大，更好满足居民多元化、个性 化、品质化的消费需求，孕育新的经济增长点。 ——编 者 低碳旅游，绿色消费成新风尚 江西抚州资溪县大觉山景区，山高林密，空气清新。悬崖动车缓缓离站，开阔的群山在游客眼前铺展开 来。"上午坐悬崖动车在山间看景，下午开着悬崖飞车下山，沉浸式欣赏美景绿意。"来自江西景德镇的 游客吴玟润说。 大觉山的"绿"，不仅是游客眼中的美景，更是当地发展低碳旅游的缩影。 "悬崖动车线路总长13.14公里，运行在海拔800至1100米的悬崖峭壁上，是集旅游观光与交通功能于一 体的空中游览系统。"大觉山景区董事长李启明介绍，车辆采用低能耗电驱系统，最大日运载能力达2.5 万人次，有效减少燃油车穿行带来的污染与碳排放。 悬崖动车缓缓驶入总站，吴玟润和朋友一起下车，欣赏完山顶美景，短暂休息后，开始体验景区新上线 的项目——悬崖飞车。 "依托大觉山生态 ...

Core Viewpoint - The steel tape measure industry in Yu County, Henan, has evolved from a small-scale, family workshop model to a comprehensive industrial ecosystem, producing 1.5 billion units annually, accounting for 85% of China's market and over 65% of the global market, with an annual output value of 12 billion yuan [3][4]. Group 1: Industry Development - Yu County has over 2,000 steel tape measure companies, showcasing a complete industrial chain from R&D to production and sales [3]. - The industry has seen significant innovation, with companies introducing high-end products such as laser measuring tape and hollow steel tape measures, enhancing functionality and aesthetic appeal [4][7]. - The introduction of smart automation production lines has increased production efficiency by over 50% [6]. Group 2: Product Innovation - Companies are focusing on R&D to create differentiated and higher-quality products, responding to market demands and leading innovation [5][6]. - The hollow steel tape measure, which has 39 patents and a lifespan three times longer than standard models, has seen sales grow from 6 million units in 2022 to over 30 million units projected for 2025 [6][8]. - New product features include laser measurement modules and multifunctional designs, catering to diverse user needs [7]. Group 3: Market Expansion - Companies are actively expanding their market presence through cross-border e-commerce platforms, achieving stable shipments in the European and American markets [8][10]. - The establishment of a bonded logistics center in Yu County has facilitated steel tape measure exports, enhancing the region's foreign trade capabilities [9]. - Companies are also building overseas warehouses to improve product exposure and expedite shipping [9][10]. Group 4: Brand Development - The industry is shifting towards brand creation, with companies like Yu County's Xuan Shi focusing on building brand recognition and increasing product value [11][12]. - The dual-brand strategy allows companies to operate under different trademarks in domestic and international markets, enhancing brand presence [12][13]. - Efforts to participate in global exhibitions and obtain international certifications are underway to boost brand visibility and support high-end market transitions [13].

在2025年底召开的中共中央政治局民主生活会上，习近平总书记强调："共产党人是唯物主义者， 务实是必备品格，必须实事求是、求真务实、真抓实干。"这一重要论述，集中体现了马克思主义政党 的鲜明特质，深刻揭示了中国共产党人务实的精神品质，为在新征程上广大党员干部以实事求是、求真 务实、真抓实干的精神和作风创造无愧于历史和人民的实绩提供了科学指引与根本遵循。 务实的落脚点是真抓实干。真抓，意味着敢于担当、直面矛盾，不回避、不推诿；实干，意味着脚 踏实地、久久为功，不搞花架子、不做表面文章。"十五五"时期是基本实现社会主义现代化夯实基础、 全面发力的关键时期。在激烈的国际竞争中赢得战略主动，我们必须牢牢把握务实这一共产党人的必备 品格，始终保持战略定力和历史耐心，既不能急功近利，也不能消极懈怠，在尊重规律的前提下一年接 着一年干、一锤接着一锤敲，巩固拓展优势、破除瓶颈制约、补强短板弱项，为强国建设、民族复兴伟 业不懈奋斗。 做到务实，必须坚决反对形式主义、官僚主义。形式主义实质是脱离实际，是主观主义、功利主 义，根源是政绩观错位、责任心缺失；官僚主义根源是脱离群众，是官本位思想严重、权力观扭曲。形 式主义、官僚主义具 ...

"当前放电功率20千瓦，已供电量10.5千瓦时。"蒋先生在手机上打开"e充电"APP展示，自从去年8月底 在小区安装V2G（车网互动）桩以来，他的新能源汽车已累计向电网放电300多千瓦时，"晚上10点后， 车会自动用低谷电价补电，一充一放不仅自己获得了实惠，还支持了电网削峰填谷。" 责编：李芳、李雪钦 新能源汽车在电价低的时候充电，在电价高的时候像"充电宝"一样给电网放电，是常州正在开展的V2G 试点。2025年4月，国家发展改革委等部门发布首批车网互动规模化应用试点，常州是江苏唯一试点城 市。 V2G建设需要运营商的积极投入。在常州新北区的星星充电新桥公园充电站内，10根120千瓦的双枪 V2G桩持续运行。星星充电江苏省运营总监潘叶峰介绍，场地采用与新桥街道分成的模式，充电桩使用 企业自己生产的产品，常州还有相应的补贴政策，该场站投运以来运行平稳，投资回报周期处于合理区 间。（记者 尹晓宇） 下午4点多，在江苏省常州市溪湖小镇小区，车主蒋先生的新能源汽车插着充电枪进行放电，充电桩的 计量表上数字闪烁。 《人民日报》（2026年01月26日 第 08 版） 如何充放电收益最大？国网常州供电公司工作人员在调研中 ...

Group 1 - The Japanese Nuclear Regulation Authority has decided to conduct on-site inspections of Chubu Electric Power Company and its Hamaoka Nuclear Power Plant due to allegations of data falsification in the restart review process [1] - The Hamaoka Nuclear Power Plant has been a subject of safety concerns, especially since it is located in a region prone to significant seismic activity, which has heightened public anxiety following the recent data falsification incident [1] - Chubu Electric Power Company admitted to intentionally selecting favorable data in its seismic assessments submitted to the Nuclear Regulation Authority, which undermines public trust in nuclear safety [1] Group 2 - Data falsification has become a widespread issue among Japanese companies, with notable incidents including Kobe Steel's manipulation of inspection data and Mitsubishi Electric's long-term data fraud spanning over 30 years [2] - The frequency of data falsification incidents is attributed to a closed internal culture within Japanese companies, where top-down communication stifles employee feedback and encourages a culture of compliance over transparency [2] - The pressure from management and resource constraints have led employees to resort to unethical practices, as they feel compelled to meet unrealistic targets without adequate support [3] Group 3 - The inability of Japanese companies to learn from past failures and address internal issues is a significant factor contributing to the persistence of data falsification [3] - There is a critical need for Japanese companies to reform their internal mechanisms and open communication channels to effectively combat the culture of data manipulation [3]

记者从中国科学技术大学获悉：该校张树辰特任教授团队联合中外学者，在新型半导体材料领域取 得重要进展。团队首次在二维离子型软晶格材料中，实现了面内可编程、原子级平整的"马赛克"式异质 结的可控构筑，为未来高性能发光和集成器件的研发开辟了新路径。相关成果近日在线发表于国际学术 期刊《自然》。 在半导体领域，能够在材料平面内横向精准构建异质结构，是探索新奇物性、研发新型器件及推动 器件微型化的关键。然而，以二维卤化物钙钛矿为代表的离子型软晶格半导体，其晶体结构柔软且不稳 定，传统光刻加工等技术往往因反应过于剧烈而破坏材料结构，难以实现高质量的横向异质集成。如何 在此类材料中实现高质量、可控外延的横向异质结精密加工，是该领域面临的难题。 面对这一挑战，中国科大研究团队创新性地提出并发展了一种引导晶体内应力"自刻蚀"方法，将不 同种类的半导体材料精准回填，最终在单一晶片内部构筑出晶格连续、界面原子级平整的高质量"马赛 克"异质结。 （原载于《人民日报》 2026-01-24 06版） ...

Core Insights - The article discusses a significant scientific breakthrough published in the journal "Nature," where researchers from the University of Chinese Academy of Sciences, along with Guangxi University and Central China Normal University, have experimentally confirmed the Migdal effect in a neutral particle collision scenario, marking a substantial step forward in the detection of light dark matter [1][2]. Group 1: Research Findings - The Migdal effect, proposed by Soviet physicist Arkadi Migdal in 1939, describes how an atomic nucleus gaining energy can transfer some of that energy to its outer electrons, allowing them to escape the atomic binding and create observable charged tracks [1]. - For over 80 years, the Migdal effect in neutral particle collision scenarios remained unverified due to the challenges in detecting the extremely weak electronic signals and unique tracks produced during the process [1]. - The recent research achievement was made possible by breakthroughs in detector performance, specifically a gas pixel detector developed by Guangxi University, which took over 10 years to create and was completed in 2023 [1][2]. Group 2: Experimental Methodology - The experimental team utilized a highly sensitive detection device, likened to a "camera" capable of capturing the process of electron release during single atomic movements, to validate the Migdal effect [2]. - The setup involved bombarding gas molecules within the detector with a neutron source, resulting in atomic recoil and the generation of Migdal electrons, successfully capturing the unique tracks formed by their interaction [2]. - The experiment also measured the ratio of the cross-section of the Migdal effect to that of atomic recoil, providing crucial calibration data for international dark matter experiments [2].

据介绍，该通知提出一系列暖心举措，包括深入农民工集中的基层一线，广泛开展走访慰问活动，及时 解决农民工遭遇的突发性、紧迫性基本生活困难；主动摸排返乡返岗出行需求，根据需要组织开展"点 对点"包专车、专列（车厢）、飞机等运输服务，为农民工集中购票提供便利；密集组织各类线上线下 专场招聘活动，分类发布岗位信息；根据就业培训意愿，推行"岗位需求+技能培训+技能评价+就业服 务"四位一体项目化培训模式；组织开展内容丰富的文化文艺活动，丰富农民工精神文化生活；开展义 诊走进乡村、社区健康行等活动，广泛开展健康知识宣传；维护农民工劳动保障权益，畅通农民工维权 渠道等。（记者邱超奕） 人民日报北京1月25日电 近日，人力资源和社会保障部、公安部、民政部、司法部、交通运输部、农业 农村部、文化和旅游部、国家卫生健康委等部门联合印发《关于开展2026年"春暖农民工"服务行动的通 知》，对春节期间农民工服务保障工作作出部署。 ...

人民日报北京1月25日电 记者从生态环境部获悉：长江经济带145个国家级自然保护区生态环境保护成 效评估结果显示，"十四五"时期，该区域珍稀濒危物种保护取得显著成效。 野生动物种群持续壮大。湖北长江天鹅洲白豚保护区构建起全球最大的长江江豚迁地保护种群，成为 世界鲸类保护的典范。云南西双版纳保护区的亚洲象种群数量由227头增加至293头，栖息地面积逐年扩 大。 野生植物生存空间持续拓展。安徽金寨天马保护区建成珍稀植物繁育基地，成功培育银缕梅、大别山五 针松等珍稀苗木20余万株，通过"迁地繁育+就地保护"，破解珍稀植物天然更新难题。贵州茂兰保护区 作为"中国南方喀斯特"世界自然遗产核心区，保护着45种国家重点保护野生兰科植物。浙江凤阳山—百 山祖保护区通过人工扩繁和野化回归，使珍稀濒危植物百山祖冷杉由最初发现时的不足10株增长至超 500株。 近年来，长江经济带国家级自然保护区成为新物种发现的热点区域，珍稀特有物种名录不断刷新，生态 系统多样性、稳定性、持续性正在稳步提升。（记者顾仲阳） ...

腊八蒜为什么会变绿？(把自然讲给你听) 总之，较高的酸度、较低的温度和适宜的时间是促使腊八蒜变绿的重要因素。实际上，只要同时满足这 3个条件，就能够实现让大蒜变绿的目的。那么，为什么人们乐于在腊月初八这天腌制呢？这既是过往 生活条件所限，也是文化习俗的传承。 过去，冰箱还没有普及，想要实现低温环境只能依靠自然条件。腊八节通常处于一年当中最冷的时段， 能够满足使腊八蒜变绿的低温要素。同时，由于腊八蒜的颜色会随着时间的推移由蓝变黄，人们根据经 验总结发现，在腊八节当天腌制能够使除夕夜的腊八蒜处于"翠绿"的最佳状态，为餐桌上的年夜饭贡献 一抹亮眼绿色。 如今，在现代科技条件的加持下，腌制腊八蒜已不再受时间和空间的限制，而人们选择在腊八节制作腊 八蒜，不仅是舌尖上的追求，更是一种年味的仪式感。一罐罐制作、密封好的腊八蒜，仿佛正在提醒着 我们——春节的脚步越来越近，温暖团圆的时刻即将到来。 较高的酸度、较低的温度和适宜的时间是促使腊八蒜变绿的重要因素。在腊八节当天腌制能够使除夕夜 的腊八蒜处于"翠绿"的最佳状态 今年1月26日是农历腊月初八。除了广为人知的腊八粥，还有一道风味美食在这一天也拉开制作的序 幕，这就是腊八蒜 ...