1. 智利山顶上的大型新望远镜为探索宇宙开启了一扇窗口 Major new telescope on Chilean summit opens window on universe (phys.org)
2. 科学家将“混乱”转化为突破:混沌设计开启新一代光学器件 Scientists turn ''mess'' into breakthrough: Chaotic design unlocks next-generation optical devices (phys.org)
3. 采用30纳米嵌入式内存技术可减少数据传输,从而提升AI芯片的运行速度 AI chips could get faster with 30-nanometer embedded memory that cuts data shuttling (phys.org)
4. 卡塔赫纳壁画中发现的罕见罗马时期颜料“配方”巧妙运用了昂贵的朱砂 Rare Roman paint ''recipe'' uncovered in Cartagena murals makes smart use of costly cinnabar (phys.org)
7. 科学家发现了一种能够将蛋白质有选择性地运输到神经元内特定区域的动力蛋白-2马达复合体 Scientists identify kinesin-2 motor assemblies that selectively transport proteins to specific regions within neurons (phys.org)
8. 联盟企业内部的知识壁垒可能会削弱创新和未来的突破 Knowledge firewalls inside alliance firms may weaken inventions and future breakthroughs (phys.org)
10. 有声读物有助于学生学习新单词——尤其是配合一对一辅导时 Audiobooks can help students learn new words—especially when paired with one-on-one instruction (phys.org)
11. 黄石公园的岩浆通道主要由构造力塑造,而非深部地幔羽流 Yellowstone''s magma plumbing mainly shaped by tectonic forces—not deep mantle plume (phys.org)
12. 双频保罗阱在欧洲核子研究组织(CERN)以外合成反氢方面展现出潜力 Dual-frequency Paul trap shows potential for synthesizing antihydrogen outside of CERN (phys.org)
13. 棒状人工游动体揭示了主动湍流的“最佳区域” Rod-shaped synthetic swimmers reveal a ''sweet spot'' for active turbulence (phys.org)
14. “防御性重野化”可能将湿地和森林变成边境屏障 Defensive rewilding could turn wetlands and forests into border barriers (phys.org)
15. 黄石公园的岩浆源可能比预想的更近,这将重新塑造风险模型 Yellowstone''s magma source may be closer than thought, reshaping hazard models (phys.org)
16. “阿耳忒弥斯2号”任务的月球之旅即将迎来高潮,它将在太平洋海域着陆,为美国宇航局的重返月球计划画上圆满句号 Artemis II''s grand moon finale is almost here with a Pacific splashdown to cap NASA''s lunar comeback (phys.org)
19. 气候变化的速度已超过生物进化的速度。科学家正利用DNA来迎头赶上 Climate change is outpacing evolution. Scientists are using DNA to catch up (phys.org)
20. 一位海洋学家表示,关于大西洋经向环流(AMOC)崩溃的夸大报道可能会掩盖爱尔兰面临的实际风暴和降雨风险 Exaggerated AMOC collapse headlines may cloud Ireland''s real storm and rain risks, says oceanographer (phys.org)
21. 与阿尔茨海默病相关的tau蛋白在细胞分裂中发挥作用 Alzheimer''s-linked protein tau plays a role in cell division (phys.org)
24. 卡斯卡迪亚俯冲带并未停止活动——但情况比此前预想的更为复杂 The Cascadia Subduction Zone isn''t shutting down—but it''s more complicated than previously thought (phys.org)
25. 一颗奇特的核坍缩超新星以漫长而暗淡的平台期打破常规 Peculiar core-collapse supernova breaks the mold with a long, dim plateau (phys.org)
26. 热带气旋“娜瑞尔”在一次史诗般的行进中袭击了三个主要珊瑚礁系统 Tropical cyclone Narelle struck three major reef systems in one epic trek (phys.org)
27. 揭开地球45亿年的秘密:失踪的铅之谜 Unlocking Earth''s 4.5-billion-year secret: The case of the missing lead (phys.org)
28. 生物炭对马铃薯产量的影响有限——但可能改善土壤和气候 Biochar has limited effect on potato yields—but may improve soil and climate (phys.org)
30. 欧洲航天局的“塞莱斯特”号从近地轨道发出了首个导航信号 ESA''s Celeste broadcasts first navigation signal from low Earth orbit (phys.org)
31. 南加州的杂交蜜蜂在瓦螨尚未孵化前就已智胜 SoCal''s hybrid bees outsmart Varroa mites before they even hatch (phys.org)
32. 问答:科罗拉多河流域面临日益严峻的压力;减少用水量能否奏效? Q&A: Colorado river basin under increasing strain; will cutting back on water use be enough to help? (phys.org)
33. 随着领先探测器达成重要里程碑,暗物质搜寻工作正全面提速 Search for dark matter intensifies as leading detector reaches milestone (phys.org)
35. 狼蛛可能会利用学习和记忆来寻找食物并定位自己的藏身之处 Tarantulas may use learning and memory to search for food and locate their retreats (phys.org)
37. 报道:无家可归者渴望获得永久住房,却面临巨大的经济障碍 Report: Unhoused individuals want permanent housing, face steep financial barriers (phys.org)
38. “阿耳忒弥斯二号”:随着人类重返月球,这4种未来中我们将选择哪一种? Artemis II: As humans return to the Moon, which of these 4 futures will we choose? (phys.org)
39. 会计专家表示,各支球队在NFL选秀期间应避免“向上交易” Accounting expert says teams should avoid ''trading up'' during NFL draft (phys.org)
40. 专家为何认为现在正是为美国奶牛接种禽流感疫苗的时机 Why experts say now is the time to vaccinate US dairy cattle against bird flu (phys.org)
41. 你的室友会改变你的肠道菌群吗?一项针对岛屿鸟类的研究表明情况确实如此 Could your housemates be changing your gut bacteria? An island bird study suggests so (phys.org)
42. 在达到每秒10,657米的速度后,“阿耳忒弥斯2号”飞速返回地球,即将迎来决定成败的入水时刻 After reaching speeds of 10,657 meters per second, Artemis II hurtles home for make-or-break splashdown (phys.org)
44. 中世纪日本诗歌与埋藏的树木有助于阐明多变的空间天气 Medieval Japanese poetry and buried trees help elucidate volatile space weather (phys.org)
45. 通过更优的数据库架构,将人工智能驱动与实验驱动的材料发现相结合 Bridging AI- and experimental-led materials discovery with better database architecture (phys.org)
46. 2008年危机后,19个欧洲国家的工作态度几乎没有变化 Work attitudes barely shifted after the 2008 crisis across 19 European countries (phys.org)
47. 性别歧视态度占Z世代性别投票差距的13% Sexist attitudes account for up to 13% of Gen Z''s gender voting gap (phys.org)
48. 塑料袋变汽油:熔融盐将聚乙烯裂解为真正的燃料 Plastic bags to gasoline: Molten salts crack polyethylene into real fuels (phys.org)
50. 基于时空相关性的人工智能技术,用于大气和海洋变量的偏差校正 Spatiotemporal correlation-based AI developed for bias correction of atmospheric and oceanic variables (phys.org)
51. 从头设计的人工智能蛋白质能够识别特定化合物 AI-designed proteins built from scratch can recognize specific compounds (phys.org)
52. 不到一半的家长认为学校已做好应对AI滥用导致裸露内容的准备 Less than half of parents say schools are ready for nudification AI abuse (phys.org)
53. 街道绿化有助于为城市降温,但仅靠它还远远不够 Street green space can help cool cities, but it will not be enough on its own (phys.org)
54. 近代早期英格兰的“帽子之争”揭示了礼仪如何造就叛逆者 Hat wars of early modern England reveal how manners make the rebel (phys.org)
55. 分析显示,在中国,技能已取代年龄成为经济增长的主要驱动力 Skills overtake age as economic driver in China, analysis finds (phys.org)
56. 已停产的油气井释放的微生物甲烷量,可能比此前估计的高出1000倍 Non-producing oil and gas wells may emit microbial methane at rates 1,000 times higher than previously estimated (phys.org)
57. 戒烟,迈向更美好的生活:2050万印度家庭有望改善生活 Quit tobacco, climb the ladder: 20.5 million Indian households could rise (phys.org)
58. 兆瓦级结构光系统问世,单个阵列内含3,070个光学涡旋 Megawatt structured light arrives with 3,070 optical vortices in one array (phys.org)
59. 将不确定性转化为人工智能设计分子的设计工具 Turning uncertainty into a design tool for AI-engineered molecules (phys.org)
60. “阿耳忒弥斯2号”宇航员在返回地球前,将此次月球之旅形容为“超现实且意义深远” Artemis II astronauts describe their lunar voyage as surreal and profound ahead of Earth return (phys.org)
61. 揭示藻类的隐性代谢机制,推动可再生燃料与可持续生物质的发展前景 Unlocking the hidden metabolism of algae to advance the promise of renewable fuels and sustainable biomass (phys.org)
62. 综合实验设计揭示了数十年来社会科学研究中隐藏的规律 Integrative experiment design reveals hidden patterns in decades-old social science research (phys.org)
63. 抗抑郁药在冬季的污水中不断积累,增加了鱼类的风险 Antidepressants build up in winter wastewater, raising risks for fish (phys.org)
64. 镍催化剂助力关键药物骨架实现精准的镜像组装 Nickel catalyst enables precision mirror-image assembly for key drug scaffolds (phys.org)
65. 简单的葡萄园种植方法会影响地表深处的土壤微生物群落 Simple vineyard growing practice impacts soil microbiome deep below surface (phys.org)
66. 非洲猪瘟:一种评估家猪与野猪之间传播的新模型 African swine fever: A novel model assesses transmission between domestic pigs and wild boar (phys.org)
67. 美国宇航局(NASA)的“阿耳忒弥斯二号”任务如何重新发现了月球的壮丽与神秘 How NASA''s Artemis II mission rediscovered the majesty and mystery of the moon (phys.org)
69. 人工智能扩散模型能够根据蛋白质靶点量身定制药物分子,从而加速药物研发与评估 AI diffusion models tailor drug molecules to custom-fit protein targets, speeding drug development and evaluation (phys.org)
70. 我们真的能对火星进行地球化改造吗?一份新的科学路线图勾勒出了蓝图——以及其中的风险 Could we actually terraform Mars? A new scientific roadmap lays out the blueprint—and the risks (phys.org)
71. 植物体内的“恒温器”如何在不可预测的温度下引导根系生长 How an internal plant ''thermostat'' guides root growth in unpredictable temperatures (phys.org)
72. 城市规划:我们应该从零开始建设,还是让历史延续? Designing cities: Should we build from scratch or keep history alive? (phys.org)
73. 在学术界之外,人们对博士研究了解甚少,这确实是个问题 Outside academia, people aren''t well informed about Ph.D. research, and that''s a problem (phys.org)
74. 碳纳米管纤维传感器实现低于0.1%的创纪录测量误差 Carbon nanotube fiber sensors achieve record measurement error below 0.1% (phys.org)
75. 液态般的组蛋白H1将核小体“粘合”在一起,重塑了DNA的压缩方式 Liquid-like histone H1 ''glues'' nucleosomes, reshaping how DNA compacts (phys.org)
76. 美好生活需要两样东西:自知之明和朋友。这两者缺一不可。 The good life requires two things, self‑knowledge and friends. You can''t have one without the other (phys.org)
78. 紫外线照射水体中的羟基自由基揭示了令人惊讶的反应途径 Hydroxyl radicals in UV-exposed water reveal surprising reaction pathway (phys.org)
80. 对汤米·罗宾逊社交媒体的研究揭示了网络红人如何在不直接号召行动的情况下动员支持者 Study of Tommy Robinson''s social media reveals how online influencers mobilize supporters without direct calls to action (phys.org)
81. 研发疫苗的更智能方法:科学家利用人工智能针对新出现的阿尔法病毒 A smarter way to build vaccines: Scientists harness AI to target emerging alphaviruses (phys.org)
83. 诱饵分子无需基因工程即可诱使土壤细菌攻击持久性污染物 Decoy molecules trick soil bacteria into attacking persistent pollutants without genetic engineering (phys.org)
85. 受植物启发的水膜滤器,具有恒定的选择性和可调节的通透性 Plant-inspired water membrane filters CO₂ with constant selectivity and adjustable permeance (phys.org)
86. 黑猩猩帝国分崩离析:罕见的分裂与致命暴力事件 Chimpanzee empire falls apart in rare instance of division and deadly violence (phys.org)
87. 哺乳动物的祖先曾产卵——这块距今2.5亿年的化石便是明证 Mammal ancestors laid eggs—and this 250-million-year-old fossil proves it (phys.org)
88. 与噬菌体赛跑:霍乱弧菌的邻居们如何交换抗病毒防御机制 Keeping up with the phages: How V. cholerae neighbors swap defenses against viruses (phys.org)
89. 野生动物贸易加剧病原体传播:40年的数据揭示了什么 Wildlife trade increases pathogen transmission: What 40 years of data say about spillover (phys.org)
90. 如果东北地区的农民扩大规模并联合起来,他们有望从草饲牛肉中获利 Northeast farmers could profit from grass-fed beef if they expand, join forces (phys.org)
91. 氧气感知有助于解释两栖动物为何能再生肢体,而哺乳动物却不能 Oxygen sensing helps explain why amphibians regenerate limbs but mammals cannot (phys.org)
93. 研究显示,在最近发生的六次热浪中,致命高温阈值已被突破 Deadly heat thresholds have already being crossed in six recent heat waves, study shows (phys.org)
94. 当竞争公平、胜者通吃或竞争过于宽松时,会出现数学特征点 Mathematical signature spots when competition is fair, winner-take-all, or too soft (phys.org)
95. 科学家推出一项突破性工具,有望遏制全球第三大森林砍伐诱因 Scientists unveil breakthrough tool that could help stop the world''s third‑biggest driver of deforestation (phys.org)
97. “阿耳忒弥斯2号”任务的宇航员在再入大气层时将承受3000摄氏度的高温。一位高超音速专家解释了他们将如何生存下来 Artemis II crew will endure 3,000C on re‑entry. A hypersonics expert explains how they will survive (phys.org)
98. 再无巨石,再无沉重的手斧:为何早期人类缩小了石器的尺寸 No more giants, no more heavy handaxes: Why early humans downsized their stone tools (phys.org)
99. 对“有毒领导者”的执念,无视了企业丑闻背后的更广泛真相 A fixation with ''toxic leaders'' ignores wider truth behind corporate scandals (phys.org)
101. 水星探测车可以沿着明暗交界线探索这颗行星 A Mercury rover could explore the planet by sticking to the Terminator (phys.org)
102. 研究表明,类人猿模仿面部表情的精准度令人惊讶 Great apes mirror facial expressions with surprising precision, study shows (phys.org)
107. 斯瓦尔巴特群岛的驯鹿体内检出高浓度的“永久性化学物质” High levels of forever chemicals found in Svalbard reindeer (phys.org)
109. 数据表明,微小的浮游生物对有害藻华预测影响重大 Tiny plankton have big impact on harmful algal bloom predictions, data reveal (phys.org)
110. 驯服斯基尔米子:原子级薄磁体为超高密度、低功耗存储器指明方向 Taming skyrmions: Atom-thin magnets point to ultra-dense, low-power memory (phys.org)
111. 从阿斯加德到地球:微小管状结构或将揭示复杂生命诞生的瞬间 From Asgard to Earth: Tiny tubes may reveal the moment complex life began (phys.org)
114. 古代毛利人的遗骸表明,在殖民化之前,他们的饮食主要以植物为主 Ancient Māori remains point to largely plant-based diets before colonization (phys.org)
115. 蜻蜓与人类拥有相同的红光感知机制,能够探测波长接近720纳米的红光 Dragonflies share humans'' red-light sensing trick, detecting wavelengths near 720 nm (phys.org)
116. 移动中的热带扰动导致夏威夷群岛降雨量增加 Traveling tropical disturbance increases rainfall across the Hawaiian Islands (phys.org)
117. 单次成像技术能够捕捉到比以往更多的关于超快微观过程的信息 Single-shot imaging captures more information about ultrafast microscopic processes than previously possible (phys.org)
118. 新型太阳望远镜将太阳黑子转化为搜寻系外行星的利器 New solar telescope turns sunspots into exoplanet-finding weapons (phys.org)
121. 一种新型人工智能方法能在模拟失效前识别流体流动的临界点 New AI method flags fluid flow tipping points before simulations break down (phys.org)
122. 防止致命病毒传播至宾夕法尼亚州的野兔和家兔 Preventing the spread of a deadly virus to Pennsylvania''s rabbits and hares (phys.org)
123. 科学家发现韩国护肤界“明星”成分的抗菌潜力 Scientists discover the antibacterial potential of ''hero'' Korean skincare ingredient (phys.org)
124. 全球规模最大的人类幸福感研究向公众开放数据 World''s largest study of human flourishing opens its data to the public (phys.org)
125. 《寒意》:阿耳忒弥斯计划的宇航员表示,月球飞越任务带来的震撼感至今仍萦绕心头 ''Chills'': Artemis astronauts say lunar flyby still washing over them (phys.org)
126. “阿耳忒弥斯”号宇航员的家属们被来自太空的消息深深吸引 Artemis crew''s families enthralled by messages from space (phys.org)
127. “阿耳忒弥斯2号”宇航员延续了阿波罗计划的传统,将月球地貌命名为挚爱之人的名字 Artemis II astronauts follow Apollo tradition of naming lunar features after loved ones (phys.org)
129. 研究人员警告称,到2030年扭转生物多样性丧失的趋势,对于避免对人类福祉造成灾难性影响至关重要 Reversing biodiversity loss by 2030 is critical to avoid disastrous effects on human well-being, researchers warn (phys.org)
132. 枫糖浆还是能多益?总理卡尼致电加拿大“阿耳忒弥斯”号宇航员 Maple syrup or nutella? PM Carney calls Canadian Artemis astronaut (phys.org)
134. 在印度尼西亚生物多样性最丰富的海洋生态系统中,海洋保护与采矿压力产生冲突 Ocean protections clash with mining pressure in Indonesia''s most diverse marine ecosystem (phys.org)
135. 研究表明,附近森林的自然声景比远方森林的更令人振奋 Soundscapes from nearby forests are more uplifting than those from faraway places, research suggests (phys.org)
138. 最近看到水母大量聚集了吗?以下可能是引发这一现象的原因 Spotted a jellyfish bloom recently? Here''s what may have triggered it (phys.org)
141. 研究表明,底拖网捕捞会捕获数千种鱼类,其中包括濒危物种 Study reveals that bottom trawling catches thousands of fish species, including those most at risk (phys.org)
142. 节水措施确实有效,但气候变化的速度已超过了节水成效:凤凰城、丹佛和拉斯维加斯预示了未来 Water conservation works, but climate change is outpacing it: Phoenix, Denver and Las Vegas show the future (phys.org)
144. 网络评论会影响人们对政治类社交媒体内容的看法 Online comments can shape how political social media content is perceived (phys.org)
145. 大西洋经南极环流(AMOC)的崩溃可能使南大洋成为碳源,导致全球变暖加剧0.2C AMOC collapse could turn Southern Ocean into carbon source, adding 0.2C to global warming (phys.org)
146. 从“可持续”农业到“再生”农业:名称背后有何深意? From ''sustainable'' to ''regenerative'' agriculture: What''s in a name? (phys.org)
147. 厄瓜多尔一项研究发现,热带雨林的生物多样性在30年内恢复了90%以上 Ecuador study finds tropical rainforest biodiversity rebounds over 90% in 30 years (phys.org)
148. 古代建筑反映了公众舆论对玛雅神王的影响 Ancient architecture shows public opinion influenced Maya divine kings (phys.org)
149. 研究发现,全球音乐人正面临与美国和英国音乐人相同的“流媒体悖论” Global musicians face the same ''streaming paradox'' as US- and UK-based artists, study finds (phys.org)
151. 卫星捕捉到了人类活动与发光现象之间瞬息万变的关联 Satellites capture the volatile human–luminescence relationship (phys.org)
153. 引导真菌“囊泡搭便车”的结合位点——新研究绘制了mRNA运输图谱 The binding sites that guide fungal ''vesicle hitchhiking''—new study maps mRNA transport (phys.org)
154. 剽窃的研究通过了自动检测,而我发现了它——但这仅仅是因为它抄袭了我的作品 Plagiarized research passed automated tests, and I detected it—but only because it copied my work (phys.org)
155. 在线评论的结构,而不仅仅是情感倾向,更能预测读者认为哪些内容有帮助 Online review structure, not just sentiment, predicts what readers find helpful (phys.org)
156. 柑橘类药物研发的更环保途径:新型溴化方法带来的变革 A greener route to citrus-derived therapeutics: What a new bromination method changes (phys.org)
160. 一种由真菌产生的酶或将取代造纸工业中的化学品 An enzyme produced by fungus may replace chemicals in the paper industry (phys.org)
161. 在肯尼亚的保护区内,家畜可能正在重塑大象的肠道微生物群 Livestock may be rewriting elephants'' gut microbiomes in Kenya''s protected reserves (phys.org)
163. 分析发现,人类改造的山体是全球大多数致命山体滑坡的诱因 Human-altered mountains drive most fatal landslides worldwide, analysis finds (phys.org)
164. 从兜风到暴力袭击,“犯罪网红”网络正胁迫年轻人触犯法律 From joyrides to assault, ''crimefluencer'' networks are coercing young people into breaking the law (phys.org)
166. 亚洲高海拔地区的冰川融化可能威胁未来的水安全 High Mountain Asia''s melting glaciers may threaten future water security (phys.org)
168. 抗噪声能力强,几何相位交换门为量子操作带来稳定性 Robust against noise, geometric-phase swap gates bring stability to quantum operations (phys.org)
170. 红树林蟹的分布范围已超越其名称所指的区域,向北扩展了200英里 Mangrove crab outruns its namesake, expanding its range 200 miles north (phys.org)
171. 偏远的巴塔哥尼亚地区的企鹅身上携带了“永久性化学物质”的信号 Penguins in remote Patagonia are carrying ''forever chemicals'' signals (phys.org)
172. 夏天越来越长了,而且比我们想象的来得更快 Summer is getting longer, and it''s happening faster than we thought (phys.org)
173. 像解魔方一样训练的AI简化了粒子物理方程 AI trained like a Rubik''s Cube solver simplifies particle physics equations (phys.org)
175. 研究追溯了角鱼那著名的“鱼竿”诱饵的演化历程 Research traces evolution of anglerfishes'' famed fishing-rod lures (phys.org)
176. 学生关于日冕洞的研究提升了空间天气预报的准确性 Student research on coronal holes improves space weather forecasting (phys.org)
177. 通过太空观测绘制城市热岛图,揭示洛杉矶公共公园中存在危险的不平等现象 Mapping urban heat from space reveals dangerous inequities in LA public parks (phys.org)
178. 药物研发的瓶颈?更廉价的试剂如何加速支链分子的合成 A drug discovery bottleneck? How cheaper reagents could speed branched molecule synthesis (phys.org)
179. 雄性章鱼为了保护用于交配的触手所付出的努力 The lengths male octopuses go to protect the arm they need to mate (phys.org)
181. 研究发现,如果你在工作中是个完美主义者,老板的期望可能比你自己的期望更重要 If you''re a perfectionist at work, your boss''s expectations may matter more than your own, research finds (phys.org)
182. 科学家警告称,英国生物多样性报告可能因采用安全框架而歪曲证据 Scientists warn UK biodiversity report may distort evidence with security framing (phys.org)
183. 一种新发现的玻璃蛙被命名为首位获得金牌的厄瓜多尔女性 New glassfrog species named for first Ecuadorian woman to win a gold medal (phys.org)
185. 土地下沉加剧人口稠密的爪哇岛沿海洪水风险 Sinking land drives coastal flood risk on densely populated Java Island (phys.org)
186. 电子-原子散射反映了电子波包的量子态 Electron–atom scattering encodes the quantum state of electron wave packets (phys.org)
187. 以色列拜占庭大教堂内发现独特的双洗礼池和神秘的大理石块 Unique double baptistery and mysterious marble block uncovered at Byzantine cathedral in Israel (phys.org)
188. 对分子中核自旋的光学调控为量子技术开辟了新途径 Optical control of nuclear spins in molecules points to new paths for quantum technologies (phys.org)
189. 原子力显微镜在下一代半导体与能源材料研究中的应用路线图 A roadmap for atomic force microscopy use in next-generation semiconductor and energy materials research (phys.org)
191. 躲避那只饥肠辘辘的毛毛虫:食草动物对捕食性螨虫的卵构成了意想不到的威胁 Avoiding the very hungry caterpillar: Herbivores pose unexpected threat to predatory mite eggs (phys.org)
192. 为什么有些老板会在职场中奖励“阴暗特质”,以及这会带来怎样的后果 Why some bosses reward ''dark traits'' at work, and what it costs later (phys.org)
193. 野生鸟类国际贸易监管不力:对野生动物、生态系统及人类健康的风险 Global trade in wild birds is poorly monitored: The risks to wildlife, ecosystems and human health (phys.org)
195. 当信用评级机构缺乏数据时,各国将受其害:如何从源头解决这一问题 Countries suffer when credit rating agencies lack data: How to fix the problem at source (phys.org)
196. 中欧的尼安德特人曾捕猎池龟——并非为了食用,而是很可能为了获取它们的龟壳 Neanderthals in Central Europe hunted pond turtles—not for food, but likely for their shells (phys.org)
197. “微光一闪”:阿耳忒弥斯号宇航员目睹月球上的陨石撞击 ''Pinprick of light'': Artemis crew witnesses meteorite impacts on moon (phys.org)
198. 鲨鱼、海滩补沙与浑浊水域三者交织,形成三重威胁 Triple threat emerges as sharks, beach nourishment and murky waters collide (phys.org)
200. 苦艾酒:法国对这种芳香烈酒的禁令,让我们领悟到关于当今社会“归咎与羞辱”的什么? Absinthe: What the ban on France''s aromatic spirit teaches us about modern-day blaming and shaming (phys.org)
202. 巨大的陶罐、古老的铜钟、埋藏的骸骨,以及一个经久不解的谜团 Giant jars, ancient bells, buried bones and a mystery that endures (phys.org)
203. 黑客攻击、人肉搜索和深度伪造:我们的社会是否已过度暴露? Hacks, doxxing and deepfakes: Are we overexposed as a society? (phys.org)
204. 研究发现,交通产生的热量是导致城市气温上升的原因之一 Heat from traffic is contributing to rises in city temperatures, study finds (phys.org)
206. 古罗马人对一种据说兼具避孕和催情功效的植物着迷不已。然而有一天,这种植物却灭绝了 Ancient Romans were obsessed with a plant said to be a contraception and an aphrodisiac. Then one day, it went extinct (phys.org)
207. “欢呼雀跃”:阿耳忒弥斯号乘员飞返地球,令美国宇航局科学家们欣喜若狂 ''Screams of delight'': Artemis crew flying home to thrilled NASA scientists (phys.org)
208. 为什么美国不回收更多的塑料?研究指出原因在于回收渠道不足 Why doesn''t the US recycle more plastic? Study points to lack of access (phys.org)
209. 照片展现了阿耳忒弥斯二号任务拍摄的月球与地球的壮丽景象 Photos show stunning views of the moon and Earth from the Artemis II mission (phys.org)
210. “阿耳忒弥斯2号”宇航员在从月球返回途中,与空间站进行了长途通话 Artemis II astronauts make long-distance call to the space station as they head home from the moon (phys.org)
211. 研究发现,大气中的尘埃能通过叶片为植物提供养分 Atmospheric dust gives plants nutrients through their leaves, study finds (phys.org)
212. 内罗毕机场查获2000只蚂蚁,凸显了昆虫走私活动的隐蔽规模 Seizure of 2,000 ants at Nairobi airport highlights the hidden scale of insect trafficking (phys.org)
213. 气候变化可能通过遗传性基因调控变化加速进化 Climate change may speed evolution through inherited gene regulation changes (phys.org)
214. 该指南旨在加强科学家与部落民族之间的合作 Guidance aims to improve collaboration between scientists, tribal nations (phys.org)
216. 气候变化并未导致意见分歧:“事实上,我们的共识正日益加深” Climate change does not polarize opinions: ''In fact, we are increasingly in agreement'' (phys.org)
218. “素皮”并不像品牌宣称的那样具有可持续性或环保 ''Vegan leather'' isn''t as sustainable or eco‑friendly as brands might claim (phys.org)
219. “我们正生活在虚假信息之中。我们无法彻底消除它,”一位全球专家指出 ''We are living with disinformation. We are not going to eradicate it,'' global expert argues (phys.org)
220. 姜黄和生姜提取物可能有助于增强种植体与骨组织的结合,并能杀灭92%的细菌 Turmeric and ginger extract may boost implant bonding and kill 92% bacteria (phys.org)
221. 从地球升起到地球落下:自那张激发环保运动的照片以来,地球气候发生了怎样的变化 Earthrise to Earthset: How the planet''s climate has changed since the photo that inspired the environmental movement (phys.org)
222. 光驱动方法实现多孔半导体聚合物的可持续制备 Light-driven method enables sustainable production of porous semiconducting polymers (phys.org)
225. 专家解释了人工智能如何重塑工程工作的范畴 Expert explains how AI could redefine the scope of engineering work (phys.org)
226. 人工智能正通过加速测试并扫描数千亿字节的数据,重塑药物研发流程 AI is reengineering drug discovery by speeding up testing and scanning petabytes of data (phys.org)
227. 这种蛋白质有助于癌细胞在治疗中存活——并为新疗法提供了线索 This protein helps cancer cells survive treatment—and points to new treatments (phys.org)
228. 分子编辑工具可在保持三维结构的同时,将烷基基团转移至相邻位置 Molecular editing tool relocates alcohol groups to neighboring sites while preserving 3D structure (phys.org)
229. 研究指出,植树造林以吸收二氧化碳可能对环境造成危害,也可能起到保护作用:研究凸显了其中的利弊权衡 Planting trees to remove carbon can harm the environment or protect it: Study highlights trade‑offs (phys.org)
230. 分子“牵引绳”可检测约15皮牛顿力下的力敏蛋白激活 Molecular ''leash'' measures force-sensing protein activation at about 15 piconewtons (phys.org)
231. 非洲青蛙并未忘记冰河时代。科学家们可以通过它们的栖息地来判断这一点。 African frogs haven''t forgotten the ice ages. Scientists can tell by where they live. (phys.org)
232. 最新研究揭示了为何房地产市场的繁荣与萧条是系统固有的 New study reveals why housing booms and busts are built into the system (phys.org)
233. 研究人员阐明了细胞如何清除受损的内质网 Researchers clarify how cells remove damaged endoplasmic reticulum (phys.org)
235. 为了公平,你会让他人承受痛苦吗?fMRI研究在冰水中测试道德抉择 Would you spread pain to be fair? fMRI study tests moral choices in ice water (phys.org)
236. 薛定谔的碳:每个净零计划中隐藏的不确定性 Schrödinger''s carbon: The hidden uncertainty in every net-zero plan (phys.org)
237. 职业倦怠背后的隐形负担:为何无偿劳动可能加剧女性心理健康问题 The hidden workload behind burnout: Why unpaid work may worsen women''s mental health (phys.org)
238. 当树木“晒伤”时:研究揭示幼树如何应对高温 When trees get ''sunburn'': Study shows how young trees can handle the heat (phys.org)
239. 实验发现了一种新型的中性核,这可能揭示物质如何获得质量 Experiment indicates new type of mesic nuclei that could reveal how matter acquires mass (phys.org)
240. 谁分到了肉?一万年前的欧洲人骨骼揭示了什么饮食不平等现象 Who got the meat? What 10,000 years of European bones suggest about diet inequality (phys.org)
241. 钾钛矿被确认为将卤素带入地球深部地幔的关键载体 Phengite identified as key carrier of halogens into Earth''s deep mantle (phys.org)
242. 干细胞后代如何在保持独特身份的同时维持灵活性 How stem cell descendants preserve flexibility while maintaining distinct identities (phys.org)
243. 该AI表位库对疫苗、免疫疗法和生物传感器意味着什么 What this AI epitope library means for vaccines, immunotherapy and biosensors (phys.org)
244. 抛物线飞行试验表明,激光可在微重力环境下推动石墨烯气凝胶 Parabolic flight test shows lasers can propel graphene aerogels in microgravity (phys.org)
245. 3D显微镜揭示了蜱媒病毒如何重塑人体细胞以进行复制 3D microscopy reveals how a tick-borne virus reshapes human cells to replicate (phys.org)
247. 群居蜜蜂如何保持凉爽:群体如何缓解高温引发的激素水平骤升 Social honey bees stay cool: How groups mitigate heat-triggered hormone spikes (phys.org)
248. 研究显示,来自公共渠道的在线全氟烷基和多氟烷基物质(PFAS)信息可能存在不足,导致公众缺乏足够的指导 Online PFAS information from public sources can fall short and leave public without enough guidance, study reveals (phys.org)
249. 超材料链通过铰链间的数据共享来学习新形状 Metamaterial chains learn new shapes by sharing data hinge to hinge (phys.org)
250. 教师在使用人工智能辅导工具时,往往会反复帮助同一批学生 Teachers tend to help the same kids repeatedly when using AI-powered tutoring tools (phys.org)
251. 无人机、DNA与气象:基于相位的混合模型预测甜菜病害 Drones, DNA, and weather: A phase-oriented hybrid engine predicts sugar beet disease (phys.org)
253. 网络分析揭示了非洲各地哺乳动物食物网的驱动因素 Network analysis reveals mammal food web drivers across Africa (phys.org)
254. 通过对不起眼的草类长达数十年的研究,发现了应对气候变化的新线索 From decades-long studies of humble grasses, new clues to climate resistance (phys.org)
255. 差异等级:新方法解决了公平算法中的缺陷 Ranks of Disparity: New approach fixes flaw in fairness algorithms (phys.org)
256. 在日本最深的海洋海沟中发现了丰富的生物多样性,其中包括一种未被识别的“神秘”物种 Rich biodiversity found in Japan''s deepest ocean trenches, including an unidentified ''mystery'' species (phys.org)
258. 为什么即使在审理“简单”的法院案件时也不应使用人工智能 Why AI shouldn''t be used even to decide ''simple'' court cases (phys.org)
259. 星形纳米材料不仅外观精美,更将改变能源存储领域 More than a pretty picture, star-shaped nanomaterial changes energy storage (phys.org)
260. 早在22万年前,南非的早期人类就已经开始开采石料了 Early humans in South Africa were quarrying stone as far back as 220,000 years ago (phys.org)
261. 美国东北部树木死亡的新主要原因已从伐木转变为自然原因 New leading cause of tree death in US northeast shifts from logging to natural causes (phys.org)
262. 天生游荡,为家而建:关于鲷鱼渔业的新基因组发现 Born to roam, built for home: New genomic insights for snapper fisheries (phys.org)
263. 研究发现,AK4通过调节线粒体DNA合成来调控巨噬细胞的抗菌活性 Ak4 regulates mitochondrial DNA synthesis to control macrophage antibacterial activity, research finds (phys.org)
267. “福尔希斯定律”解释了为什么车速较慢的车辆往往能追上 ''Voorhees law'' explains why the slower car often catches up (phys.org)
270. 一项研究指出,对环保的怀疑态度会间接降低购买可持续产品的意愿 Green skepticism indirectly reduces intention to purchase sustainable products, says study (phys.org)
273. 阿耳忒弥斯2号任务发布全新“地球落日”照片,时隔57年重现阿波罗8号标志性的“地球升起”画面 New Artemis II ''Earthset'' shot revisits Apollo 8''s iconic ''Earthrise,'' 57 years on (phys.org)
275. 牛瘟根除15年后,其中的经验教训依然发人深省 15 years after the eradication of rinderpest, lessons still ring true (phys.org)
277. 你会从云朵中看到人脸吗?研究人员探讨“似形错觉” Do you see faces in the clouds? Researchers examine pareidolia (phys.org)
279. Matcha模型使药物候选物筛选速度提高了30多倍 Matcha model makes drug candidate screening more than 30 times faster (phys.org)
280. 到本世纪末,极端干热天气影响人类的频率可能增加五倍,波及全球28%的人口 Hot-dry extremes could hit 28% of humanity five times more often by end of century (phys.org)
281. 天文学家发现仙女座XXXVI,一颗超暗矮卫星星系 Astronomers discover Andromeda XXXVI, an ultra-faint dwarf satellite galaxy (phys.org)
282. 研究发现,自然灾害导致拉丁美洲各地的公众抗议活动激增69% Natural disasters trigger 69% surge in public protests across Latin America, research finds (phys.org)
283. “提振士气”:在科学界面临艰难的一年里,美国宇航局(NASA)执行了月球任务 ''Morale boost'': NASA carries out Moon mission during tough year for science (phys.org)
284. 月球上有水?新研究锁定了最可能的地点 Water on the moon? New study narrows down the mostly likely locations (phys.org)
285. “阿耳忒弥斯”号宇航员在飞越月球时勘测月球表面,接下来将观测日食 Artemis astronauts survey lunar surface on flyby, solar eclipse up next (phys.org)
286. 在完成了一次充满里程碑意义的月球飞越任务后,宇航员们踏上了归途 After milestone-rich lunar flyby, astronauts start trip home (phys.org)
287. 月球上的一个陨石坑以“阿耳忒弥斯”任务指挥官已故妻子的名字命名 Lunar crater named after Artemis commander''s deceased wife (phys.org)
288. “阿耳忒弥斯”号宇航员飞越月球背面,预计通信中断即将开始 Artemis astronauts pass behind moon, expected communications cut starts (phys.org)
289. 欢笑与泪水:休斯顿迎来宇航员珍妮·吉本斯的历史性时刻 Laughter, tears: Historic day for astronaut Jenni Gibbons in Houston (phys.org)
290. 转基因生物的图片可能会强化现有的观点,从而加深人们对其态度的分歧 GMO pictures may reinforce existing views, deepening the divide of attitudes towards them (phys.org)
292. 一位将古希腊医学著作译为阿拉伯语的眼科医生,是如何帮助形成西方医学思想的 How an eye physician who translated classical Greek medicine into Arabic helped form Western medical thought (phys.org)
293. 研究发现,到7岁时,大多数儿童就能迅速察觉到个体对社会群体的偏见 By age 7, most children quickly spot individuals'' social biases toward social groups, study finds (phys.org)
294. 3D打印的“跨塑体”或将改变抗癌药物抵达肿瘤的方式 3D-printed ''spanlastics'' could change how cancer drugs reach tumors (phys.org)
295. 研究发现,洛杉矶70%的已整治庭院铅含量仍超标 Study finds 70% of remediated Los Angeles yards still exceed lead limit (phys.org)
296. 综述半人工光合作用中光催化剂-生物催化剂系统的相关细节 Review details photocatalyst–biocatalyst systems for semi-artificial photosynthesis (phys.org)
297. 全球变暖或许对这种具有侵略性的草原植物来说是一大福音 Global warming may be a boon for this aggressive prairie plant (phys.org)
299. 如果金星大气层中存在生命,它可能来自地球 If life exists in Venus''s atmosphere, it could have come from Earth (phys.org)
300. 在不使用新模型模拟的情况下,提高1至5周的空气温度预报精度 Improving air temperature forecasts one to five weeks in advance without new model simulations (phys.org)