1. 历经近十年的搜寻,《天剑》被确认为东亚最高的树 ''The Heaven Sword'' crowned as East Asia''s tallest tree after a nearly decade-long search (phys.org)
3. 从监管到胁迫:威权政府如何利用人工智能安全问题迫使科技公司就范 From oversight to coercion: How authoritarian governments are twisting AI safety to get tech companies to fall in line (phys.org)
4. 在爱荷华州,水污染不仅威胁着人们的健康,还破坏了夏日的乐趣 In Iowa, water pollution is a health threat that also disrupts summer fun (phys.org)
5. 新型X射线方法可同时捕捉固液界面和体相液体 New X-ray method captures solid-liquid interfaces and bulk liquids simultaneously (phys.org)
6. 探讨针对家庭暴力的、基于疫情的协调应对措施 Examining pandemic-informed coordinated responses to domestic violence (phys.org)
7. 多酚的结构揭示了茶、可可和水果中的化合物为何味道如此不同 Polyphenol structures reveal why tea, cocoa and fruit compounds taste so different (phys.org)
8. 研究发现,家长与幼儿园的合作是培养学龄前儿童学习能力最重要的途径 Parental cooperation with kindergarten is most important way to support preschoolers'' academic skills, study finds (phys.org)
9. 受肺液启发的纳米颗粒改善了针对呼吸系统的治疗方法 Nanoparticles inspired by lung fluid improve therapies targeting respiratory system (phys.org)
10. 稻鱼共养既有助于控制血吸虫病,又能提高粮食产量 Rice–fish co-culturing could help curb schistosomiasis while increasing food production (phys.org)
11. 研究人员表示,随着氢能应用的扩大,管控氢排放是实现气候效益最大化的关键 Managing hydrogen emissions is key to maximizing climate benefits as hydrogen use expands, say researchers (phys.org)
12. 更明智的土地利用有望为146个国家带来生物多样性、气候和经济方面的收益 Smarter land use could unlock biodiversity, climate and economic gains across 146 countries (phys.org)
14. 利用无坐标方法在振动的宇宙中测量引力波 Measuring gravitational waves in a humming universe with a coordinate-free approach (phys.org)
16. 那些容易被忽视的小型湿地,却是全球甲烷的重要来源 Easily overlooked small wetlands are a big source of global methane (phys.org)
17. 格陵兰附近深海发现揭示了一个新的桡足类动物科 Deep-sea discovery uncovers new family of copepods near Greenland (phys.org)
18. 炎热世界中的学校:研究如何解读儿童的健康与学习 School in a hot world: What research is saying about children''s health and learning (phys.org)
20. 探索植物与头发的意义,从亚马逊的牧场到郊区的草坪,再到精心打理的身体 Exploring the meanings of plants and hair, from Amazon pastures to suburban lawns and groomed bodies (phys.org)
21. 问答:为什么细胞分裂时端粒会变短?这又如何影响人类的衰老? Q&A: Why do telomeres shorten when a cell divides, and how does it affect human aging? (phys.org)
22. 超大质量黑洞附近的类星体风速度创下纪录,达到光速的30% Record ultraviolet quasar wind reaches 30% light speed near supermassive black hole (phys.org)
23. 最新报告显示,加州黑人失业率急剧上升 New report finds sharply rising rates of unemployment for Black Californians (phys.org)
25. 最新研究发现,专注类应用未能满足神经多样性人群的需求 Focus apps are failing neurodivergent minds, new research finds (phys.org)
26. 诺森伯兰郡的珍稀野生山羊被证实属于一个遗传上独特的品种 Rare wild goats in Northumberland prove to be a genetically distinct breed (phys.org)
27. 埋藏在沙漠中的化石鱼揭示了海洋历史中一段缺失的篇章 Fossil fishes buried in the desert reveal a missing chapter in marine history (phys.org)
28. “15分钟城市”为何能行得通?关键在于周边就业机会的增加和道路网络的互联互通 What makes 15-minute cities work? More nearby jobs and connected streets (phys.org)
29. 美洲野牛的恢复工作及放牧权取决于一个问题:美洲野牛属于野生动物吗? Bison restoration efforts and grazing rights hinge on one question: Are bison wildlife? (phys.org)
31. 美德的消蚀:人工智能让人习惯了即时答案,这对培养耐心来说是个坏消息 Eroding a virtue: AI trains people to expect instant answers, and that''s bad news for patience (phys.org)
33. 利用现实世界中的缺陷,训练人工智能设计光学表面 Teaching AI to design optical surfaces using real-world imperfections (phys.org)
34. 尼日利亚易受气候影响的居民正在建立临时适应系统 Climate vulnerable residents in Nigeria are creating makeshift adaptation systems (phys.org)
35. 人工智能与微型光学设备相结合,可校正光线畸变,从而获得更清晰的图像 AI paired with tiny optical device corrects distorted light for sharper imaging (phys.org)
36. 用户对人工智能和人工事实核查员的信任程度相当,但原因各不相同 Users trust AI and human fact-checkers equally, but for different reasons (phys.org)
37. 人工智能引导的催化剂以工业级效率将二氧化碳和废弃物转化为肥料 AI-guided catalyst turns CO₂ and waste into fertilizer at industrially relevant rates (phys.org)
38. 大规模宇航员任务拉开了商业竞争的序幕,旨在取代国际空间站 Vast astronaut mission kicks off commercial race to replace ISS (phys.org)
39. 新发现的迅猛龙近亲可能依靠四对“翅膀”滑翔,并以早期鸟类为猎物 Newfound velociraptor cousin probably glided on four ''wings'' and hunted early birds (phys.org)
41. 超薄纳米管直径达1纳米,为更微型化的电子设备铺平道路 Ultrathin nanotubes reach 1 nanometer, opening path to smaller electronics (phys.org)
42. 詹姆斯·韦伯太空望远镜“称重”了100亿光年外的休眠黑洞 JWST ''weighs'' dormant black hole 10 billion light-years away (phys.org)
43. 大黄蜂展现出自发的问题解决能力,挑战了关于“大脑越大能力越强”的传统观念 Bumble bees show spontaneous problem-solving, challenging big-brain assumptions (phys.org)
44. 全球红树林正在恢复,这为气候和沿海韧性带来了希望 Global mangrove forests rebound, offering hopeful sign for climate and coastal resilience (phys.org)
45. 一项全球研究显示,大多数人愿意合作——但往往低估了他人合作的意愿 Most people cooperate—and underestimate others'' willingness to cooperate, global study reveals (phys.org)
46. 研究显示,野火使美国十年来在改善臭氧质量方面取得的成果付诸东流 Wildfires reverse decade of ozone cleanup in the United States, study reveals (phys.org)
48. 利用低成本气球系统进行按需北极观测,有望提高局部风暴预报的准确性 On-demand Arctic observations with low-cost balloon systems could sharpen local storm forecasts (phys.org)
49. 在中东和高加索地区发现两种新的水生昆虫物种 Two new aquatic insect species discovered from the Middle East and Caucasus (phys.org)
51. 虽然投入了数十亿美元用于鱼类洄游通道项目,但规划方法可能会削弱项目成效 Billions are going into fish passage projects, but planning methods can undercut results (phys.org)
52. 浮标追踪了长达14,000公里的海浪轨迹,从南极的暴风雨到阿拉斯加的涟漪 Buoys track ocean waves across 14,000 km, from storms in Antarctica to ripples in Alaska (phys.org)
53. 哥斯达黎加向土地所有者支付费用以恢复森林和生物多样性——生物声学研究表明这一举措卓有成效 Costa Rica paid landowners to restore forests and biodiversity—bioacoustics indicate that it worked (phys.org)
54. 受过物理学训练的数字“超级大脑”加速纳米光子学设计 Physics-trained digital ''super-brain'' speeds nanophotonic design (phys.org)
56. 研究人员揭示:DNA修复酶利用一维滑动来识别关键位点 DNA repair enzyme uses one-dimensional sliding to detect key sites, researchers reveal (phys.org)
58. 研究发现,黑人向郊区迁移正在重塑美国社区面貌 Black suburbanization is reshaping American neighborhoods, study finds (phys.org)
59. 木星弓形激波揭示电子加速至相对论速度 Jupiter bow shock reveals electrons accelerating to relativistic speeds (phys.org)
60. 了解地球隐藏的东-西对称性或可改进气候模型 Understanding Earth''s hidden east-west symmetry could improve climate models (phys.org)
61. 研究发现,家庭分类回收产生的塑料压块质量更高,杂质更少 Home-sorted recycling produces higher-quality plastic bales with fewer contaminants, finds study (phys.org)
63. 如何通过调节原子排列和表面化学性质来塑造MXenes How tuning atomic order and surface chemistry can shape MXenes (phys.org)
64. 英国研究显示,年轻照护者长期既未就业也未接受教育的可能性是其他人的两倍 Young caregivers twice as likely to be persistently out of work or education, UK research shows (phys.org)
66. DigMethpy:一个旨在加速甲烷热解催化剂发现的人工智能驱动平台 DigMethpy: An AI-driven platform for accelerating methane pyrolysis catalyst discovery (phys.org)
67. D&D-seq 可在单细胞水平绘制 DNA-蛋白质相互作用图谱,并兼容多组学分析 D&D-seq maps DNA-protein interactions in single cells with multi-omics compatibility (phys.org)
70. 量子壳层结构揭示了原子核内质子-中子配对的新规律 Quantum shell structure reveals new rule for proton-neutron pairing inside nuclei (phys.org)
71. 流星“非常常见”。那么,新英格兰上空的那颗流星为何“罕见”? Meteors are ''extremely common.'' What makes the one over New England ''rare''? (phys.org)
72. 近在眼前却不为人知:在新物种消失前争分夺秒地发现它们 Hidden in plain sight: The race to discover new species before they''re gone (phys.org)
73. 历经半个世纪的搜寻,银河系黑洞失踪的星际风终于被发现 Milky Way black hole''s missing wind finally found after a half-century-long search (phys.org)
74. 对警察暴力的清算尚未结束:社区数据揭示系统性种族主义依然存在 An unfinished reckoning with police violence: Community data show ongoing systemic racism (phys.org)
75. 激光“折纸”技术或可帮助宇航员在月球上建造结构 Laser ''origami'' could help astronauts build structures on the moon (phys.org)
77. 沿海社区面临着在海洋能源转型中不平等循环反复出现所带来的影响 Coastal communities at risk of effects of repeating cycles of inequality in marine energy transition (phys.org)
78. 濒危的姥鲨在长距离迁徙过程中依赖海洋的“暮光带” Endangered basking sharks rely on the ocean twilight zone during long-distance migrations (phys.org)
79. 尽管经过火化,青铜时代的焦黑牙齿仍揭示了死者的年龄 Charred Bronze Age teeth unlock age at death despite cremation (phys.org)
80. 数据表明,雄伟的蝠鲼会潜入深海以躲避风暴 Majestic manta rays dive deep to survive storm events, data reveal (phys.org)
81. 研究发现,短视频可能会因分散注意力并削弱记忆力而妨碍学习 Short videos may hinder learning by fragmenting attention and memory, study finds (phys.org)
82. 炒作过度?研究探讨了众筹成功的最佳语言表达方式 Too much hype? Research explores the best language to use for successful crowdfunding (phys.org)
85. 光激发使二维莫尔效应器件在超快测试中从金属转变为绝缘体 Photoexcitation flips 2D moiré devices from metals to insulators in ultrafast test (phys.org)
86. 纳米级检测:一种磷酸盐检测电化学传感器 Detection at the nanoscale: A phosphate-detecting electrochemical sensor (phys.org)
87. 尽管资金有限,抗击汉坦病毒的手段仍展现出希望。如今,研究人员希望继续推进这项工作 Tools to fight hantavirus show promise despite limited funding. Now researchers hope to continue (phys.org)
88. SpaceX的首次公开募股有望成为史上规模最大的一次,并可能使埃隆·马斯克跻身万亿富豪之列 SpaceX''s IPO is set to be the biggest ever and could make Elon Musk a trillionaire (phys.org)
89. 一种新的金-钯催化机制有望推动生物基化学品制造的发展 New gold-palladium catalysis mechanism could advance bio-based chemical manufacturing (phys.org)
90. 在美国境内牛群面临的螺蛀蝇威胁基本消除数十年后,得克萨斯州又发现了这种蝇类 Screwworm fly detected in Texas decades after cattle threat was largely eradicated in US (phys.org)
91. 加拿大政府批准了一项计划,将关闭的马林兰德公园中的鲸鱼转移至美国和西班牙 Canadian government endorses a plan to move whales from shuttered Marineland park to US and Spain (phys.org)
92. 新研究详述了巨石阵祭坛石穿越古代不列颠的史诗级运输过程 Stonehenge Altar Stone''s epic transportation across ancient Britain detailed in new study (phys.org)
93. 生物学家发现,一种濒临灭绝的小鼠中,母鼠对蛇的习得性恐惧会遗传给后代 Moms'' learned fear of snakes gets inherited by offspring in a critically endangered mouse, biologists discover (phys.org)
95. 问答:审批流程如何推高大城市的住房成本 Q&A: How approval processes drive up housing costs in major cities (phys.org)
96. 新一代“超大阵列”原型机成功接收到了首批光信号 The next-generation Very Large Array prototype gathers its first light (phys.org)
97. 类人猿:二十年研究后,我们对它们的认知、合作与好奇心的了解 Great apes: What we know about their cognition, cooperation and curiosity after two decades of research (phys.org)
99. 为纪念奥里萨神(非洲-巴西宗教的创世神)而命名的巴西蛾类物种 Species of Brazilian moths described in honor of Orixás, foundational deities of Afro-Brazilian religions (phys.org)
100. 混合办公模式并不总是员工所期待的理想折中方案——尽管越来越多的公司正在推行这种模式 Hybrid work is not always the golden compromise employees expect—even as more companies implement it (phys.org)
101. 监测显示,部分水域中的抗抑郁药浓度升高 Monitoring reveals elevated antidepressant levels in some waterways (phys.org)
102. 动态纳米闸门使较长的分子能够更快地通过柔性孔道 Dynamic nanogates let longer molecules pass faster through flexible pores (phys.org)
103. 问答:科学家为何要研究他们在水槽里发现的一种微生物 Q&A: Why scientists are studying a microbe they found in a sink (phys.org)
104. 研究人员发现,一氧化氮过载会干扰植物的免疫信号 Nitric oxide overload jams plant immune signals, researchers find (phys.org)
105. 一种检测化学武器的新能力涉及两种现有方法 A new capability to detect chemical weapons involves two existing methods (phys.org)
106. 坦桑尼亚的标志性文化遗产正面临政府支持的旅游业带来的破坏 Tanzania''s iconic heritage sites face damage from state-backed tourism (phys.org)
108. 45亿年前,木星是如何将生命所需的原料导向地球的 How Jupiter may have redirected life''s ingredients toward Earth 4.5 billion years ago (phys.org)
109. 全球分析显示:植物通过提高水分利用效率而非热适应能力来增强碳吸收 Plants boost carbon uptake through water efficiency, not heat adaptation, global analysis reveals (phys.org)
110. 人工智能为农业带来了希望,但小农户面临被甩在后面的风险 AI offers promise for agriculture, but smallholder farmers risk being left behind (phys.org)
111. 星际天体3I/ATLAS在长达七小时的射电扫描中未发现任何技术信号 Interstellar object 3I/ATLAS reveals no technosignatures in seven-hour radio scan (phys.org)
112. 一场非常强烈的厄尔尼诺现象正在逼近。以下是我们可以预期的情况 A very strong El Niño is approaching. Here''s what we can expect (phys.org)
113. 这项研究有望为在温暖气候下培育出更具抗逆性的冬小麦铺平道路 Research could pave the way for more resilient winter cereals in warmer climates (phys.org)
114. 日本的新海底观测记录或将提升对南海海槽巨型逆冲型地震的预警能力 Japan''s new seafloor record could sharpen megathrust earthquake warnings in Nankai Trough (phys.org)
115. 为何在刑事司法领域,“精神病患者”这一标签具有危险性 Why ''psychopath'' is a dangerous label when it comes to criminal justice (phys.org)
116. 震耳欲聋的脚步声向毛毛虫发出警告,提醒它们瓢虫的致命袭击 Thundering footsteps warn caterpillars of lethal ladybeetle attacks (phys.org)
118. 滑雪蜡中的全氟烷基和多氟烷基物质(PFAS):尽管已遭禁用,这些“永不消失的化学物质”仍盘踞在打蜡室中——其健康风险亦如影随形 PFAS in ski wax: Despite bans, these forever chemicals linger in wax rooms—so does their health risk (phys.org)
119. 可编程化学技术仅在靶细胞中释放药物,旨在减少副作用 Programmable chemistry unlocks drugs only in target cells, aiming to cut side effects (phys.org)
120. 实验表明,温度差异有助于“喷嚏云”保持更浓密并传播得更远 Temperature gaps help sneeze clouds stay denser and travel farther, experiments show (phys.org)
121. 水波镊子在不接触的情况下引导微型“冲浪者” Water-wave tweezers steer tiny ''surfers'' without touching them (phys.org)
122. 牛体内天然存在的抗菌肽能破坏克雷伯氏菌生物膜并杀死耐药细菌 Antimicrobial peptide naturally found in cows breaks Klebsiella biofilms and kills drug-resistant bacteria (phys.org)
123. 一种制备定制型金纳米粒子的新方法为量子应用带来了希望 New route to tailor-made diamond nanoparticles holds promise for quantum applications (phys.org)
126. 将公民科学与实验数据相结合,揭示了黑麦草如何根据地区调整开花时间 Integrating citizen science with experimental data uncovers how switchgrass adapts flowering by region (phys.org)
127. 古代星团中的亮度“缺口”揭示了失踪的红矮星 Brightness ''gap'' in ancient star cluster reveals missing red dwarfs (phys.org)
128. “日出三号”数据发布揭示了罕见的高空太阳观测景象,这有望提升空间天气预报的准确性 Sunrise III data release opens rare high-altitude solar views that could sharpen space weather forecasts (phys.org)
129. 狗能对人类的语调做出反应,而无需语言,这暗示着一种比语言更古老的交流方式 Dogs respond to human tone without words, hinting at communication older than language (phys.org)
130. 纳米磁体控制金刚石量子比特,为更具可扩展性的量子硬件指明方向 Nanomagnets control diamond qubits, pointing to more scalable quantum hardware (phys.org)
131. 归因分析表明,高空哈德利环流未来将进一步增强 Attribution constraints reveal stronger future intensification of the upper‑level Hadley circulation (phys.org)
132. 北极河流三角洲在蕴藏着巨大的冻结碳储备的同时,正面临日益加剧的气候压力 Arctic river deltas face rising climate pressure while holding vast frozen carbon reserves (phys.org)
133. 开源软件通过单一工作流程实现DNA结构的快速生成与分析 Open-source software unlocks rapid DNA structure generation and analysis in one workflow (phys.org)
134. 社交网络如何战胜认知偏见:网络中的从众效应如何使群体行为更趋理性 Social networks outsmart cognitive biases: How herding in networks makes populations more rational (phys.org)
136. 与鱼类的实时互动能促进幼年孔雀鱼大脑发育,而看屏幕的时间则收效甚微 Real-time fish interaction enlarges young guppy brains, while screen time falls short (phys.org)
137. 更清洁的回收方法使混合包装中的塑料得以重复利用 Cleaner recycling method unlocks reusable plastics from mixed packaging (phys.org)
138. 氧化铝不规则的原子表面解释了其低反应性 Aluminum oxide''s irregular atomic surface explains its low reactivity (phys.org)
139. 全球变暖导致西藏永久冻土中的古代碳被释放,从而引发气候临界点 Warming unlocks ancient carbon in Tibetan permafrost, triggering climate tipping point (phys.org)
140. 面外冰桥揭示了抑制霜害蔓延的新方法 Out-of-plane ice bridges reveal new way to suppress frost spreading (phys.org)
141. 研究发现,每10只北海鹱中有8只的胃里含有塑料 8 out of 10 northern fulmar seabirds have plastic in their stomachs, finds study (phys.org)
142. “别吓到猫!”工程师们找到了测量量子系统的新方法 ''Don''t scare the cat!'' Engineers find smarter way to measure quantum systems (phys.org)
144. 政治倾向影响着约会选择,跨党派配对往往遭到美国年轻人的拒绝 Political cues steer dating decisions, with cross-party matches often rejected by young Americans (phys.org)
145. 研究借助人工智能,通过捕食者咀嚼猎物的声音识别猎物 Armed with AI, study identifies prey from predator crunching sounds (phys.org)
147. SWOT卫星在解决水下波浪干扰问题后,获得了更清晰的海域数据 SWOT satellite gets clearer ocean data after fix for hidden underwater wave interference (phys.org)
148. 《美国枪支泛滥:博弈论揭示恐惧与社会压力如何推动枪支购买》 Overarming America: Game theory explores how fear and social pressure drive gun purchases (phys.org)
149. 堕胎限制与医学院女性申请人数减少有关 Abortion restrictions associated with lower female medical school applicant numbers (phys.org)
150. 一项重大研究发现,在经历了数年疫情后的担忧后,青少年的身心健康状况正在好转 Teen well-being improving after years of post-pandemic concern, major study finds (phys.org)
151. 半吨重的早期牛类曾在欧洲400万年前的草原上漫游 Half-ton early bovines roamed 4-million-year-old grasslands in Europe (phys.org)
152. 埃及化石显示,恐龙灭绝后现代海洋鱼类数量迅速增加 Egypt fossils show modern ocean fish rose rapidly after dinosaur extinction (phys.org)
153. 日本传统上带有父权色彩的“丈夫”和“妻子”等称谓,如今可能被视为中性词 Traditional, patriarchal Japanese terms for husband and wife may now be perceived as neutral (phys.org)
156. 迄今为止最详细的宇宙隐性磁场地图发布 Most detailed map of the universe''s hidden magnetic fields released (phys.org)
157. 2026年世界杯:西班牙暂居榜首,但冠军争夺战仍悬而未决 2026 World Cup: Spain in the lead, but title race remains wide open (phys.org)
158. 便携式紫外光谱仪可在2.5公里范围内高精度检测空气污染物 Portable UV spectrometer can detect air pollutants across 2.5 km with high precision (phys.org)
160. 芯片级“声学原子”通过控制声波来模拟原子能级,从而推动计算技术的发展 Chip-scale ''acoustic atom'' controls sound waves to imitate atomic energy levels and advance computing (phys.org)
161. 为何“迷人”很重要:研究揭示夸大宣传对消费者行为的影响 Why ''charming'' matters: Study reveals the power of puffery on consumer behavior (phys.org)
163. 研究冲击闪光以探测导弹和陨石的成分 Studying impact flashes to detect missile and meteorite composition (phys.org)
164. HETDEX 向科学家、初学者和人工智能开放了庞大的“宇宙正午”数据集 HETDEX opens massive Cosmic Noon dataset to scientists, novices and AI (phys.org)
165. 联合国计算了人工智能和数据中心产生的相当于国家规模的生态足迹 UN calculates nation-sized environmental footprints for AI and data centers (phys.org)
168. 火星任务结束:NASA宣布“火星大气与挥发物演化探测器”在沉默六个月后失联 Mars mission ends: NASA declares Maven dead after six months of silence (phys.org)
169. 新发现的锰化合物或许能解释深部地球的地震异常现象 Deep-Earth seismic anomalies may be explained by newly discovered manganese compound (phys.org)
170. 为什么雄性黑猩猩会连续十多年向同一棵树扔石头? Why do male chimpanzees throw rocks at the same trees for more than a decade? (phys.org)
171. 气候变化可能导致冰雹灾害向地球两极转移——新研究 Climate change may shift hailstorms toward Earth''s poles—new study (phys.org)
172. 推动ESG评分标准化,可能会让企业的“绿色洗牌”行为更容易,而非更难 The push to standardize ESG scores could make corporate greenwashing easier, not harder (phys.org)
174. 许多“回收”塑料正在海外被焚烧——并由此引发了与健康问题相关的广泛污染 A lot of ''recycled'' plastic is being burned overseas—and causing widespread pollution linked to health problems (phys.org)
176. 超快激光缩小至芯片尺寸,有望降低诊断和原子钟的成本 Ultrafast laser shrinks to chip scale, potentially lowering costs for diagnostics and atomic clocks (phys.org)
177. 牙釉质的分子层面的详细图景揭示了其对饮食的适应性 Detailed molecular picture of tooth enamel reveals adaptations to diet (phys.org)
179. 普通塑料之所以能吸收弹道冲击,归功于一种交联分子 Common plastics soak up ballistic impacts thanks to a cross-linking molecule (phys.org)
180. 非凡的化石解开了5亿年的谜团:苔藓虫早在动物生命诞生的黎明时期就已存在 Extraordinary fossils solve a 500-million-year mystery: Bryozoans were there at the dawn of animal life (phys.org)
184. 如何鼓励孩子尝试新事物和令人害怕的事情(同时避免给他们造成心理创伤) How to encourage a child to try new, scary things (without traumatizing them in the process) (phys.org)
185. 死海古菌拥有强化泳尾,适应高盐度水域 Dead Sea archaea sport reinforced swimming tail for hypersalty waters (phys.org)
186. 古DNA为加利福尼亚濒临灭绝的黑鲍鱼带来了希望 Ancient DNA offers hope for California''s critically endangered black abalone (phys.org)
187. 太阳帆技术正逐渐成为现实,但星际旅行则是另一码事 Solar sails edge closer to reality, but interstellar travel is another story (phys.org)
188. 预测模型或可帮助追溯致命病毒的源头 Predictive model could help track deadly viruses back to their source (phys.org)
190. 科学家表示,排放量激增、水资源枯竭和土地消失正威胁着数十亿人的自然资源 Rising emissions, depleting water and vanishing land: AI is threatening natural resources for billions, say scientists (phys.org)
191. 认为“男人天生就是这样”的观念可能会导致在强奸案中出现更多归咎于受害者的现象 Belief that men ''evolved to be like this'' could lead to more victim-blaming in rape cases (phys.org)
192. 4.15亿年前的化石揭示了世界上最大的蝎子 World''s largest scorpion revealed by 415-million-year-old fossils (phys.org)
193. 遥远的类星体OP 313发射出能量超过100 GeV的超高能伽马射线 Distant blazar OP 313 emits very high-energy gamma rays above 100 GeV (phys.org)
194. 解读藻华:科学家如何助力更早发现藻华 Algal blooms explained: How scientists are helping spot them sooner (phys.org)
195. 研究表明,有组织的微生物群落维持着地球地下生物圈的运转 Organized microbial guilds keep Earth''s underground biosphere running, research reveals (phys.org)
196. 海平面上升最终可能导致红树林被“淹没”并释放碳 Rising seas could eventually ''drown'' mangroves and release carbon (phys.org)
197. 天文学家发现了超大质量黑洞发生反冲的统计学证据 Astronomers uncover statistical evidence for recoiling supermassive black holes (phys.org)
198. 一妻多夫制的优势:与多个雄性交配有助于非洲树蛙改善栖息地 The perks of polyandry: Mating with multiple males leads to home improvement for African tree frogs (phys.org)
200. 研究表明,在中国禁止进口塑料废料后,印度尼西亚的空气质量有所恶化 Indonesia''s air quality got worse after China banned plastic waste imports, research shows (phys.org)
201. 一项研究项目对美国南大西洋和墨西哥湾的大眼鰤种群数量给出了新的估算 Research project provides new estimates of greater amberjack abundance in U.S. South Atlantic, Gulf of America (phys.org)
206. 由于特朗普政府削减资金,海洋观测站将停止运行,科学家们将失去关键的气候记录 Scientists lose critical climate record as ocean observatory will go dark under Trump funding cuts (phys.org)
207. 纽约-新泽西港地区的涉禽种群数量正在减少 Wading bird populations in the New York–New Jersey Harbor are in decline (phys.org)
208. 詹姆斯·韦伯太空望远镜观测到的早期超大质量黑洞,仅仅是正常范围内的异常值吗? Are JWST''s early, overmassive black holes just normal-range outliers? (phys.org)
209. 文章警告:僵化的食品体系阻碍了欧洲的绿色转型 Locked-in food system slows Europe''s green shift, article warns (phys.org)
211. 研究发现,湿地流失导致全美住宅洪水保险理赔金额增加了100亿美元 Wetlands loss has increased residential flood insurance claim payments by 10 billion across the US, study finds (phys.org)
212. 太赫兹成像技术以100微米的分辨率绘制了材料中的空间手性分布图 Terahertz imaging maps spatial chirality in materials with 100-micrometer resolution (phys.org)
214. 女性力量:红肩雕父母对雌性后代投入更多 Girl power: Red-shouldered hawk parents invest more in female offspring (phys.org)
215. 叶状伪装重塑了蟋蟀的求偶歌声,使雄性对雌性更具吸引力 Leafy camouflage reshapes katydid love songs, making males more attractive to females (phys.org)
216. 冰人奥茨及其微生物组——一段长达5300年的关系 Ötzi the Iceman and his microbiome—a 5,300-year-old relationship (phys.org)
217. 鲨鱼在猎物密集区繁衍生息,这凸显了采取整体性保护措施的必要性 Sharks thrive in hotspots of prey, underlining need for holistic approach to conservation (phys.org)
218. 由菠萝蜜乳胶制成的生物材料是治疗牙周炎的一种有前景的方法 Biomaterial made from jackfruit latex is a promising treatment for periodontitis (phys.org)
219. Strain 无需扭曲或堆叠即可生成莫尔条纹二维材料,开辟了更具可扩展性的路径 Strain creates moiré 2D materials without twisting or stacking, opening more scalable route (phys.org)
220. 一种基于气候的工具能提前数月预测珊瑚白化现象,为珊瑚礁保护提供了宝贵的准备时间 Climate-based tool predicts coral bleaching months in advance, offering critical lead time for reef protection (phys.org)
221. 在信念与商业吸引力的双重驱动下,安达卢西亚的有机农业蓬勃发展 Organic farming surges in Andalusia, driven by both conviction and commercial appeal (phys.org)
222. 原子级重排催生出创纪录的氢气生产催化剂 Atomic reshuffle leads to record-breaking catalysts for hydrogen production (phys.org)
224. 声学监测显示,森林中的留鸟会避开大面积皆伐区 Forest resident birds avoid intensive clearcuts, acoustic monitoring shows (phys.org)
225. 激光束无需化学修饰即可构建类细胞的蛋白质网络 Laser beam builds cell-like protein networks without chemical modification (phys.org)
226. 研究表明,针叶树正在魁北克的森林中重新出现 Conifers are making a comeback in Quebec''s forests, study shows (phys.org)
227. 研究称,加拿大森林大火正在失去其冷却气候的能力 Canadian forest fires are losing their climate cooling power, says study (phys.org)
229. 小麦哲伦云正在被撕裂,这将重塑天文学家对其过去的研究 Small Magellanic Cloud is being pulled apart, reshaping how astronomers read its past (phys.org)
230. 在丛林大火过后,对小型鸟巢箱进行微小调整或有助于保护珍稀的侏儒袋貂 Tiny nest box change could help rare pygmy-possums after bushfires (phys.org)
231. 瑞士九十年来的昆虫多样性变化揭示了一道鲜明的分界线 Nine decades of changing insect diversity in Switzerland expose a striking divide (phys.org)
232. 问答:更优质的气候数据如何助力更明智的环境决策 Q&A: How better climate data supports smarter environmental decisions (phys.org)
233. 更快速、更经济的PFAS检测或将重塑美国饮用水监测方式 Faster lower-cost PFAS testing could reshape how US drinking water is monitored (phys.org)
234. 过去42年间,日本上空的大气河流强度增加了8%,从而加剧了洪水风险 Atmospheric rivers over Japan intensify 8% in 42 years, raising flood risk (phys.org)
235. 3D算法显示,南极“天空河流”贡献了高达90%的降雪量 Antarctic ''sky rivers'' deliver up to 90% of snowfall, 3D algorithm suggests (phys.org)
237. 相关委员会虽呼应气候法规,但许多企业却只是将污染转移 Connected boards echo climate rules, yet many firms move pollution instead (phys.org)
239. 环境工程师重新定义了人们对空气中污染颗粒的认知 Environmental engineers reshape understanding of airborne pollution particles (phys.org)
240. 日本性少数群体的市政伙伴关系体系与心理健康:一项全国性分析 Municipal partnership systems and mental health among sexual minorities in Japan: A nationwide analysis (phys.org)
241. 胚胎组织可表现为流体或固体的特性,从而重塑细胞命运信号 Embryonic tissues can behave like fluids or solids to reshape cell fate signals (phys.org)
243. 亚马逊雨林在厄尔尼诺干旱期间释放出新的抗逆分子 Amazon rainforest emits new stress-defense molecules during El Niño drought (phys.org)
244. 科学家确认了袭击北卡罗来纳州各地蓝莓农场的“神秘甲虫” Scientists identify ''mystery beetle'' attacking blueberry farms across North Carolina (phys.org)
245. 首张人类SMUG1原子级快照揭示了细胞如何修复DNA First human SMUG1 atomic snapshots reveal how cells repair DNA (phys.org)
247. 世界杯与人口贩卖:研究揭示了大型体育赛事中的真实风险 The World Cup and human trafficking: What the research reveals about the real risks at major sporting events (phys.org)
249. 全球范围内,饮用水短缺与饥饿及食品不安全问题密切相关 Clean drinking water gaps linked to hunger and unsafe food worldwide (phys.org)
250. 古代北极的生命:新发现物种的微小牙齿表明,这里曾是哺乳动物进化的摇篮 Life in the ancient Arctic: Tiny teeth of newly discovered species suggest it was a cradle of mammalian evolution (phys.org)
251. 实验室进化实验在数月内重现了新冠病毒演变为奥密克戎变体的过程,并揭示了关键条件 Lab evolution recreates COVID''s path to omicron in months, reveals key conditions (phys.org)
252. 单个细胞转变为食同类的“超级巨星”,将自己的克隆体整个吞噬 Single cell transforms into cannibalistic ''supergiant,'' swallowing its clones whole (phys.org)
253. 全球供应链使工人陷入贫困:三个案例研究表明如何打破这一恶性循环 Global supply chains keep workers poor: Three case studies show how the cycle can be broken (phys.org)
254. 在“天问二号”抵达前,卡莫奥阿莱瓦小行星的月球起源受到质疑 Kamo''oalewa asteroid''s lunar origin challenged ahead of Tianwen-2 arrival (phys.org)
256. 荧光纳米传感器可在数分钟内检测出关键肠道生物标志物,从而加快检测速度 Fluorescent nanosensor detects key gut biomarker in minutes for faster testing (phys.org)
257. 尽管发生爆炸,蓝色起源首席执行官表示火箭将在年底前发射 Despite explosion Blue Origin CEO says rocket to fly before year-end (phys.org)
258. 将一种难以捉摸的细菌酶重新设计为高效的绿色催化剂 Redesigning an elusive bacterial enzyme into an efficient green catalyst (phys.org)
259. 极端天气给南极研究带来了更多困难,但新技术正提供一些解决方案 Extreme weather is making Antarctic research harder, but new technology is providing some answers (phys.org)
260. 研究表明,板块构造通过使两条古老的河流汇合,塑造了“文明摇篮” Plate tectonics shaped the Cradle of Civilization by merging two ancient rivers, study suggests (phys.org)
261. 为什么北极的河流现在会“生锈”,以及这种有毒的橙色水接下来可能会扩散到哪里 Why the Arctic''s rivers are rusting now and where toxic orange water could spread next (phys.org)
263. 微量稀土金属如何影响磁铁对环境的影响 How a small amount of rare earth metal shapes the environmental impact of magnets (phys.org)
264. 古迹迹显示,早在寒武纪大爆发之前,动物就已经开始敏锐地感知周围环境了 Animals were sharpening their senses long before the Cambrian explosion, ancient tracks reveal (phys.org)
265. 佛罗里达州的化石记录显示,麝香龟与短吻鳄鱼之间曾发生过冲突 Ancient altercations between musk turtles and alligator gar recorded in Florida''s fossil record (phys.org)
267. 关于多细胞生命起源的新理论指出,关键在于物理学,而不仅仅是基因 A new origin story for multicellular life points to physics, not genes alone (phys.org)
268. 狂妄自大的领导者如何掌控一个群体——以及他们如何失去这种掌控力 How megalomaniac leaders establish their grip on a group—and how they lose it (phys.org)
269. 一款用于翻译全美各地救命天气预警的开创性AI工具取得重大进展 First-of-its-kind AI tool for translating life-saving weather warnings across the US advanced (phys.org)
270. 澳大利亚马匹中发现抗生素耐药性,引发了对动物和人类感染的新担忧 Antibiotic resistance turns up in Australian horses, raising new concerns about animal and human infections (phys.org)
271. 数百年历史的航海日志揭示了弓头鲸如何从濒临灭绝的边缘恢复过来 Centuries‑old logbooks reveal how bowhead whales are recovering from near extinction (phys.org)
273. 黄昏时分的狩猎场景揭示:希腊泻湖中一只猎鹰正在享用一顿不同寻常的猎物 Twilight hunt reveals falcon feasting on unusual prey at Greek lagoon (phys.org)
274. 遥远地区的气候模式决定了日本冬季会有多冷 Distant climate patterns determine how cold Japan''s winters become (phys.org)
275. 在120种鸟类中,自慰行为似乎是自然现象,这挑战了长期以来的兽医建议 Bird masturbation appears natural across 120 species, challenging long-held veterinary advice (phys.org)
276. “迷你海王星”系外行星的大气可能像柴油尾气一样充满烟雾 ''Mini-Neptune'' exoplanets may have smoggy atmospheres similar to diesel exhaust (phys.org)
277. 理查德·费曼的一个公式如何解释你在新城市里的饮食习惯 How a Richard Feynman formula could explain your dining habits in a new city (phys.org)
278. 研究发现,阿塔卡马沙漠的极端干旱比此前认为的要早2000万年 Atacama Desert''s extreme aridity initiated 20 million years earlier than previously thought, study finds (phys.org)
279. 模拟脚下的生命:迈向景观尺度上真实的土壤生态学 Modeling life beneath our feet: A step towards realistic soil ecology at the landscape scale (phys.org)
281. 英国最古老的洞穴艺术可能已在培根洞(Bacon Hole)被重新发现 Britain''s oldest cave art may have been rediscovered in Bacon Hole cave (phys.org)
283. 从平坦的苔藓到森林与花卉:一项蛋白质发现或可解释植物如何征服陆地 From flat moss to forests and flowers: Protein discovery may explain how plants conquered land (phys.org)
285. 蓝色起源表示,火箭爆炸未波及燃料箱和发射台的关键部件 Blue Origin says rocket explosion spared fuel tanks and key launch pad parts (phys.org)
286. 在巴黎圣母院大教堂地下,一场“世纪发掘”揭开了长达1700年的历史 Under Notre Dame cathedral, a ''dig of the century'' unearths 1,700 years of history (phys.org)
287. 澳门如何在未建造大型海堤的情况下增强了抗台风能力 How Macau strengthened its typhoon resilience without massive seawalls (phys.org)
288. 扁形虫揭示了会爆炸的免疫细胞,这些细胞会杀死周围组织 Flatworms reveal exploding immune cells that kill surrounding tissue (phys.org)
289. 机器人鱼或能揭示我们的远古祖先是如何首次学会行走的 Robot fish could unravel how our ancient ancestors first learned to walk (phys.org)
290. 研究发现微小膜连接结构是植物细胞在干旱条件下存活的关键 Tiny membrane tethers revealed as key to plant cell survival in drought (phys.org)
292. 无需参数调优的物理预测:一种更快的计算方法 Predicting physics without parameter tuning: A faster computational approach (phys.org)
294. 问答:植物是解决全球能源和粮食危机的关键吗? Q&A: Are plants the key to solving energy and food crises worldwide? (phys.org)
295. 秃鹫数量激增:研究证实北美西部秃鹫种群数量增加且迁徙时间推迟 Vultures on the rise: Study provides evidence of population increase and delayed migration in western North America (phys.org)
296. 新西兰最大城市首次绘制出活动断层分布图 Active fault mapped for first time in New Zealand''s largest city (phys.org)
297. 对于体积仅如公文包般大小的卫星而言,在太空中穿梭如今变得轻松多了 For satellites as small as a briefcase, getting around in space just got a whole lot easier (phys.org)
299. 生物混合微型机器人通过将干细胞与磁电纳米粒子相结合来修复脊髓 Biohybrid microrobots repair spinal cord by combining stem cells with magnetoelectric nanoparticles (phys.org)