1. 可持续化学:铁在催化反应中替代贵金属 Sustainable chemistry: Iron substitutes noble metals in catalytic reactions (phys.org)
2. 神经元成像揭示了支持突触通信的一种非常规受体通路 Neuron imaging captures unconventional receptor route that supports synaptic communication (phys.org)
3. 一种隐形阈值技术可实现对液晶螺旋结构的可调控制,从而应用于节能技术 A hidden threshold enables tunable control of liquid crystal helices for energy-efficient technologies (phys.org)
5. 单分子RNA测序或可揭示形状变化如何影响健康与疾病 Single-molecule RNA mapping may reveal how shape shifts steer health and disease (phys.org)
6. 利用界面离子迁移率制备热成型纳米粒子聚集体 Exploiting interfacial ionic mobility to make heat-moldable nanoparticle aggregates (phys.org)
7. 最新研究发现,公平的匹配系统仍可能导致不平等的结果 Fair matching systems can still produce unequal outcomes, new research finds (phys.org)
8. 在气候变暖的背景下,热带河流已成为氧气流失最严重的热点地区 Tropical rivers emerge as biggest oxygen-loss hotspots in a warming world (phys.org)
10. 研究发现,气候变暖导致北极关键地衣发生白化 Climate warming causes bleaching in key Arctic lichen, study finds (phys.org)
11. 如今,可植入的细菌已能被安全地控制住,这为抗击感染和癌症扫除了一个重大障碍 Implantable bacteria can now be safely contained, clearing a major hurdle for fighting infection and cancer (phys.org)
12. 为什么几乎所有人都是右撇子?答案或许在于我们是如何学会走路 Why is almost everyone right-handed? The answer may lie in how we learned to walk (phys.org)
13. 研究人员发现了一种能在DNA复制过程中防止染色体断裂的酶 Researchers identify enzyme that prevents chromosome breaks during DNA copying (phys.org)
14. 气候变暖有利于形成较浅的低压系统,这对现有的风险评估构成了挑战 Warming climate favors shallower cyclones, challenging current risk assessments (phys.org)
15. 物理学家成功制备出光-物质混合粒子,其相互作用强度足以进行计算 Physicists create hybrid light-matter particles that interact strongly enough to compute (phys.org)
16. 颗粒模型表明,致密土壤可能会使地震地表破裂带扩展至更广阔的破坏区域 Dense soils may spread earthquake surface ruptures into wider damage zones, particle models suggest (phys.org)
17. 细菌能量酶揭示了双触发钠泵的机制,为抗生素研发提供了线索 Bacterial energy enzyme reveals dual-trigger sodium pump mechanism, offering antibiotic clues (phys.org)
18. 问答:进化可能重塑城市森林、湿地和珊瑚礁保护城市的方式 Q&A: Evolution may reshape how urban forests, wetlands and reefs protect cities (phys.org)
20. 研究指出,气候变化通过破坏社会联系而夺走生命 Climate change costs lives by breaking down social connection, says study (phys.org)
22. 纳米级细胞糖类图谱揭示了细胞内部状态,涵盖从免疫激活到癌症分期等各个方面 Nanometer-scale cell sugar mapping reveals internal states, from immune activation to cancer stages (phys.org)
23. 活动频繁的戈法尔断层揭示了可能决定大地震发生时间的静止带 Fast-moving Gofar fault reveals quiet zones that may govern big earthquake timing (phys.org)
24. 巡游的雄鱼与守候的雌鱼——观察野生黑鲷的繁殖行为 Patrolling males and waiting females—observing reproductive behavior of black sea bream in the wild (phys.org)
25. 类似霍尼流的热传导:在超薄半导体中发现的新型热传导机制 Honey-like heat flow: A new heat transport regime discovered in ultrathin semiconductors (phys.org)
27. 海鞘的纳米包装输送系统能否帮助恢复海底森林? Could sea squirts'' nano-packaging delivery system help restore sea forests? (phys.org)
28. 研究人员证实,“永久性化学物质”的存留时间可超过30年 Researchers prove ''forever chemicals'' can last longer than 3 decades (phys.org)
29. 研究友谊如何改变了我对自身孤独感的理解 How studying friendship has changed the way I understand my own loneliness (phys.org)
30. 可定制的饮品能在太空任务期间提供必需的营养素 Customizable drinks could provide essential nutrients during space missions (phys.org)
32. 经实验验证的人工智能模型可预测番茄黄叶卷曲病毒的致病性 Experimentally validated AI model predicts virulence of tomato yellow leaf curl virus (phys.org)
33. 未来的大旱可能比我们想象的更严重——新西兰的历史经验揭示了原因 Future big droughts may be worse than we think—NZ''s past shows why (phys.org)
34. 美国宇航局(NASA)的任务观测到了来自太阳的创纪录射电暴 NASA missions track record-breaking radio burst from sun (phys.org)
36. 当北欧各地的森林得到恢复时,驯鹿群、自然环境和萨米文化将如何蓬勃发展 How reindeer herds, nature and Sámi culture can thrive when forests are restored across northern Europe (phys.org)
37. 61种新发现的甲虫揭示了我们对生物多样性的了解仍然多么有限 61 new beetle species reveal how little we still know about biodiversity (phys.org)
39. 一项研究指出,受气候变化影响,未来十年无家可归者人数可能增加4倍 Homelessness could be 4 times higher in a decade due to impacts from climate change, study suggests (phys.org)
43. 数学方法计算出迄今为止最高效的地月航线 Mathematical method calculates most efficient Earth-moon route yet (phys.org)
44. 殖民历史或许可以解释为什么北美和拉丁美洲对待野生动物的态度不同 Colonial roots may explain why North and Latin America treat wildlife differently (phys.org)
45. 研究发现,煤炭污染正在削减全球太阳能发电量 Coal pollution is cutting solar power output worldwide, study finds (phys.org)
46. 这项发现有望通过DNA引导的CRISPR技术重塑RNA编辑 Discovery could reshape RNA editing with DNA-guided CRISPR (phys.org)
48. 当“拉尼娜”现象持续不退:研究人员揭示了多年度事件背后的两种机制 When La Niña lingers: Researchers uncover two mechanisms behind multi-year events (phys.org)
50. 热浪如今已成为家常便饭的灾害。各国政府需要采取更多措施来保护民众 Heat waves are now everyday disasters. Governments need to do more to protect people (phys.org)
52. 21世纪初的乙醇热潮对中西部地区的农场价值产生了怎样的影响? How did the ethanol boom of the 2000s impact farm values in the Midwest? (phys.org)
53. 土壤也会遭受热浪的侵袭:有机废弃物使其耐受温度提升至50C Soil also suffers from heat waves: Organic waste boosts its tolerance to 50C (phys.org)
54. 一种广泛分布的淡水水母在欧洲的“无声”入侵 The ''silent'' invasion of a widespread freshwater jellyfish across Europe (phys.org)
56. 新型可逆导电胶或将重塑电子产品维修、回收及材料回收领域 New reversible conductive glue could reshape electronics repair, recycling, and material recovery (phys.org)
57. 线粒体分裂有助于免疫细胞杀死细菌,并可能对抗耐药性 Mitochondrial fission helps immune cells kill bacteria and could counter resistance (phys.org)
58. 一项新研究提出了一条经验法则,用于评估河流三角洲的土地可持续性 New study provides rule of thumb to estimate land sustainability in river deltas (phys.org)
59. 科学家利用历史日记推算18世纪和19世纪东京的日照情况 Scientists estimate sunlight in 18th and 19th century Tokyo using historical diaries (phys.org)
60. 古老的日记揭示了19世纪30年代日本饥荒背后的月度气候变化 Old journals unlock monthly climate shifts behind Japan''s 1830s famine (phys.org)
61. 历史DNA将130万现存亲属与17世纪的马里兰州定居者联系在一起 Historical DNA connects 1.3 million living relatives to 17th-century Maryland settlers (phys.org)
62. 微小的海洋生物帮助科学家估算加利福尼亚海岸附近鲸鱼的数量 Tiny ocean life helps scientists estimate whale prevalence off the California coast (phys.org)
64. 问答:是否该重新审视我们对暗物质的认知?一项新研究给出了肯定答案 Q&A: Is it time to expand our thinking about dark matter? A new study says yes (phys.org)
65. 研究人员揭示了英仙座星系团的化学起源 Researchers uncover chemical origins of the Perseus cluster of galaxies (phys.org)
66. 一种预测植物抗性的新模型有助于应对气候变化 A new model for predicting plant resistance can help prepare for climate change (phys.org)
67. 数字环境可能会给大学生带来中度的心理负担 Digital environments can generate moderate levels of psychological overload among university students (phys.org)
69. 工程化蛋白质以十分之一的价格实现了30倍密度的数字文件存储 Engineered proteins store digital files with 30 times density at one-tenth cost (phys.org)
70. 利用高光谱成像技术,通过红外波段绘制格兰多利纳最古老沉积物和化石的分布图 Hyperspectral imaging to map Gran Dolina''s oldest sediments and fossils in infrared (phys.org)
71. 在高生产力的生态系统中,体型较大的动物每种能获取更多的能量——但人类活动正重塑着这种平衡 In productive ecosystems, larger animals capture more energy per species—but human pressure is reshaping the balance (phys.org)
73. 潜藏于黑暗水域中,病毒正在重塑地球上最大的碳循环系统之一 Buried in dark waters, viruses reshape one of Earth''s largest carbon systems (phys.org)
75. 附着在植物上的可生物降解传感器可在3分钟内检测出农药 Biodegradable sensors attached to plants detect pesticides in 3 minutes (phys.org)
76. 在洛杉矶的火灾风暴中,建筑密度而非树木数量是房屋损毁的最强预测指标 Building density, not trees, was strongest predictor of home loss in Los Angeles firestorms (phys.org)
77. 薄荷的新突破:250种新品种有望提升风味并防治疾病 A fresh approach to peppermint: 250 new variants could boost flavor and fight disease (phys.org)
78. 将丝绸制成坚韧的塑料状材料,有望应用于6G技术 Silk made into strong plastic-like materials with 6G potential (phys.org)
79. 最新研究表明,童年时期的不利经历可能会限制智力在人生后期带来的社会效益 Childhood disadvantage can limit the social benefits of intelligence later in life, new research shows (phys.org)
81. 一种新方法或可帮助华盛顿州的贝类养殖户控制一种令人头疼的虾 A new method could help Washington shellfish farmers control a pesky shrimp (phys.org)
82. 数学分析揭示了抽象艺术中一条隐藏的“黄金法则” Mathematical analysis reveals a hidden ''golden rule'' in abstract art (phys.org)
83. 夏天一年比一年长,但这并不全是乐事 Summers are getting longer each year, and it isn''t all fun and games (phys.org)
84. “超级厄尔尼诺”?为何现在断言其是否会出现还为时过早,但着手准备却为时不晚 A ''super El Niño?'' Why it''s too early to forecast one with certainty, but not too soon to prepare (phys.org)
85. 新型人工智能系统能更准确地预测印度降雨情况,从而减少误报并避免漏报强降雨 New AI system classifies India rainfall better, cutting false alarms and missed heavy rain (phys.org)
86. 美国宇航局的“心理”号探测器在飞往一颗稀有金属小行星的途中掠过火星 NASA''s Psyche spacecraft buzzing Mars on its way to a rare metal asteroid (phys.org)
87. “三大”资产管理公司采用共享审计师的方式进行投资组合管理 The ''Big Three'' asset managers use auditor-sharing for portfolio management (phys.org)
88. 极端气候事件的叠加可能促使人们重新审视碳预算 Combinations of climate extremes may prompt carbon budget rethink (phys.org)
89. 在蚂蚁毒液中发现抗菌肽具有深远的影响 Discovery of antimicrobial peptides in ant venom has far-reaching implications (phys.org)
90. 大规模环境DNA调查揭示了影响区域鱼类群落的隐性因素 Large-scale eDNA survey reveals hidden factors that affect regional fish communities (phys.org)
91. 数学家证明了万花筒环的存在,并揭示了其精确运动规律 Mathematicians prove existence of Kaleidocycles then unlock their exact motion (phys.org)
92. 天体物理学家利用“太空考古学”追溯螺旋星系的历史 Astrophysicists use ''space archaeology'' to trace the history of a spiral galaxy (phys.org)
93. 未来的登月任务能否持续?这可能取决于你问的是谁 Will future missions to the moon be sustainable? It may depend on whom you ask (phys.org)
94. 物理学家证明,弦理论是基于对宇宙的基本假设而独特推导出来的 String theory is uniquely derived from basic assumptions about the universe, physicists show (phys.org)
95. 一只蝙蝠值多少钱?它们的死亡给纳税人和整个经济都带来了损失 How much is a bat worth? Their deaths cost taxpayers and the wider economy (phys.org)
96. 花蝇眼睛在性别上的差异揭示了其空气动力学能力 Sex-related differences in hoverfly eyes give insight into their aerodynamic powers (phys.org)
97. 儿童所处的环境可能会影响其大脑解决问题的方式 A child''s environment may shape how their brain solves problems (phys.org)
100. 鸸鹋为何无法飞行:鸟类胚胎中的“时间开关”揭示了答案 Why emus can''t fly: A ''time switch'' in bird embryos holds the answer (phys.org)
101. 自主水下机器人发现隐蔽的珊瑚礁“热点” Autonomous underwater robot discovers hidden coral reef ''hotspots'' (phys.org)
102. 为什么马林巴琴价格如此昂贵,以及山胡桃木如何改变音乐课堂 Why marimbas cost so much and how hickory could change music classrooms (phys.org)
103. 随着男性和年长者的声音中出现更多沙哑音,关于“沙哑音”的刻板印象正逐渐被打破 Vocal fry stereotype unravels as men and older voices show more creak (phys.org)
104. 机器学习方法绘制生物多样性情景的不确定性图谱:与大脚怪的关联 Machine-learning method maps the uncertainty of biodiversity scenarios: The Bigfoot connection (phys.org)
105. 报告称,美国学校中的“学习衰退”早于疫情出现 ''Learning recession'' in US schools predates pandemic: Report (phys.org)
106. 助力维京人称霸海洋的高科技造船技术 The high‑tech shipbuilding methods that helped Vikings dominate the seas (phys.org)
108. 尽管没有证据表明如此,但接受过私立教育的首席执行官仍被视为“更稳妥的人选” Privately educated CEOs seen as ''safer bets'' despite no evidence they are (phys.org)
109. “PrincipalGPT”为课堂法律素养教育开辟了新的AI蓝图 ''PrincipalGPT'' creates a new AI blueprint for legal literacy in the classroom (phys.org)
110. 专家称,美国半数以上地区正面临数十年来最严重的干旱 More than half of US faces worst drought in decades, says expert (phys.org)
111. 研究发现,减轻民众的恐惧感对于增强对执法部门的信任至关重要 Reducing fear is critical for improving trust in law enforcement, study finds (phys.org)
112. 我们出于一个奇怪的原因,一直在感谢机器和森林,而这种现象正在重塑人际关系 We keep thanking machines and forests for one strange reason, and it is reshaping human bonds (phys.org)
113. 卫星发射产生的污染物正在高层大气中迅速积累 Satellite launch pollution is rapidly accumulating in the upper atmosphere (phys.org)
116. 甜菊的甜味从何而来?科学家揭开了其中的遗传奥秘 What gives stevia its sweetness? Scientists uncover the genetic secret (phys.org)
117. 研究对产毒浮游植物丰度的变化进行了详细评估 Study provides detailed assessment of shifts in toxin producing phytoplankton abundance (phys.org)
118. 研究人员揭示:冰盖退缩期间,融水将格陵兰海底的甲烷冲刷而出 Meltwater flushed methane from Greenland seabed during ice-sheet retreat, researchers reveal (phys.org)
120. 研究人员称,2026年世界杯的四分之一比赛可能在北美地区遭遇极端高温天气 One in four 2026 World Cup games could face dangerous heat across North America: researchers (phys.org)
121. 幼虫必须在时间耗尽前玩一场“轮盘赌”,以寻找生存伴侣 Baby bugs must play ''game of roulette'' to find survival partners before time runs out (phys.org)
122. 一款类似腕表的设备可评估执行登月任务的宇航员面临的健康风险 Wristwatch-like device enables assessment of health risks for astronauts on mission to the moon (phys.org)
123. 新解密的UFO档案并未给出答案——但天空中确实发生了某些事情 New UFO files offer no answers—but something is happening in the skies (phys.org)
124. 不断加剧的风暴洪水正冲走涉禽的巢穴——使用人工蛋和人工孵化应仅作为最后手段 Rising storm floods are washing away wader nests—artificial eggs and incubation should only be last resort (phys.org)
125. 这些电脑合成的声音听起来足够逼真,足以令人信以为真,但语音中的一处细节还是打破了这种错觉 These computer voices sound human enough to mislead, but one layer of speech still breaks the illusion (phys.org)
126. 为什么澳大利亚有这么多蜥蜴?古代气候中藏着线索 Why are there so many lizards in Australia? The ancient climate holds a clue (phys.org)
127. 在量子引力理论中,宇宙常数的行为可能与量子霍尔效应相似 In quantum gravity, the cosmological constant may behave similar to the quantum Hall effect (phys.org)
128. 研究人员利用纳米限制技术确定了压电甘氨酸的稳定性范围 Researchers identify stability range for piezoelectric glycine using nanoconfinement (phys.org)
129. 研究人员鉴定出鱼类胚胎中一种长期被忽视的去糖基化酶基因 Long-overlooked gene for deglycosylating enzyme in fish embryo identified (phys.org)
130. 光学超传送器可实现沿任意开放路径的可编程纳米操纵 Optical meta‑conveyors enable programmable nanomanipulation along arbitrary open paths (phys.org)
131. 水坝困境:如何在避免重蹈覆辙的前提下进行重建 The dam dilemma: How to build anew without repeating old harms (phys.org)
132. 磨损会导致消防员头罩、手套和野外装备中的可测PFAS含量发生变化 Wear and tear changes measurable PFAS levels in firefighter hoods, gloves and wildland gear (phys.org)
133. 研究表明,绩效较低的组织更倾向于向外部寻求知识 Low-performing organizations more likely to look outside for knowledge, study shows (phys.org)
134. 毁灭与发现的历程:180年的“植物杀手”研究 A timeline of destruction and discovery: 180 years of ''plant destroyer'' research (phys.org)
135. 在蓝藻群落中发现的一种新黏菌能够进行光合作用 Newly discovered myxobacterium in a cyanobacterial community performs photosynthesis (phys.org)
137. 光激活的铜(II)配合物可高效实现反马科夫尼科夫型烯烃加水反应 Light-activated copper(II) complexes achieve efficient anti-Markovnikov alkene hydration (phys.org)
138. 该分析框架追踪了随时间变化的响应多样性,并将其与生态系统稳定性联系起来 Analytical framework tracks response diversity over time, linking it to ecosystem stability (phys.org)
142. 观察到水稻植株捕获并杀死了秋行军虫幼虫 Rice plants observed trapping and killing fall armyworm caterpillars (phys.org)
143. 增长的隐性力量:分裂的细胞群推动了通过颗粒的相分离 The hidden force of growth: Dividing cell colonies drive phase separation in passing particles (phys.org)
144. 统计学方法或可揭示“振铃”黑洞的奥秘 Statistical technique could uncover secrets of ''ringing'' black holes (phys.org)
145. 研究称,利用真菌进行种植可提高产量并改善作物口感 Fungus-powered farming delivers higher yields and better-tasting crops, says study (phys.org)
146. 苍蝇为何能如此敏捷地躲避:脑图揭示了瞬间逃脱背后的罕见突触 How flies dodge so fast: Brain map reveals rare synapses behind split-second escapes (phys.org)
147. 在芝加哥一处公园发现的秃鹰幼鸟,可能是该市一个多世纪以来的首次 Bald eagle hatchlings spotted in a Chicago park may be the city''s first for more than a century (phys.org)
148. 季节性海平面波动加剧的现象尚未得到充分报道,但这可能产生重大影响 Rising seasonal sea-level swings are under-reported, but could have a major impact (phys.org)
149. 古代冰山划痕揭示了五大湖地区雪带分布的逆向模式 Ancient iceberg scratches reveal reverse Great Lakes snowbelt (phys.org)
150. 原子级修饰:针对性置换使霍斯勒化合物实现创纪录的热电性能 Atomic outfittery: Targeted substitution unlocks record thermoelectric performance in Heusler compounds (phys.org)
151. 从巴厘岛到布鲁塞尔:远程办公正在重塑欧洲各地区 From Bali to Brussels: Remote work is reshaping Europe''s regions (phys.org)
152. InclusiveAI:公众投票模型或将使AI决策向更广泛的群体开放 InclusiveAI: Public voting model could open AI decisions to broader communities (phys.org)
153. 火星上由水侵蚀形成的混乱地貌绵延数万公里,长度相当于整个意大利 Waterworn chaos on Mars stretches the length of Italy (phys.org)
154. 可持续电合成技术可直接利用空气中的氮气生产胺类化合物 Sustainable electrosynthesis enables production of amines directly from airborne nitrogen (phys.org)
155. 从分子到意义:一款专为生命化学研发的搜索引擎 From molecules to meaning: A search engine developed for the chemistry of life (phys.org)
156. 天文学家直接观测到恒星间的湍流如何扭曲光线 Astronomers directly detect how turbulence between stars distorts light (phys.org)
158. 一项临床前研究表明,精准DNA编辑可针对严重儿童癫痫的根本原因 Precision DNA editing targets root cause of severe childhood epilepsy in preclinical study (phys.org)
159. 一种改善间歇性河流生态监测的新方法 A new method for improving ecological monitoring in intermittent rivers (phys.org)
160. TESS公布迄今为止最完整的夜空图,其中包含近6000颗系外行星 TESS reveals fullest night-sky map yet, with nearly 6,000 exoplanet worlds (phys.org)
164. 容器的历史:一项历经数十万年演变的古老技术 A history of containers, an ancient technology hundreds of thousands of years in the making (phys.org)
165. 两艘航天器同时拍摄到了星际彗星3I/ATLAS的两个半球 Dual spacecraft capture both hemispheres of interstellar comet 3I/ATLAS at once (phys.org)
166. 通过更严格的选育,或许能帮助扁脸犬更顺畅地呼吸 More selective breeding might help flat-faced dogs to breathe easier (phys.org)
167. 研究发现,风速减缓有助于草原在节约用水的同时增加碳吸收 Slower winds help grasslands enhance carbon gain while saving water, study finds (phys.org)
168. 古代臼齿显示,尼安德特人牙医早在近6万年前就已使用石制钻头治疗蛀牙 Neanderthal dentists used stone drills to treat cavities nearly 60,000 years ago, ancient molar suggests (phys.org)
169. 研究表明,即使在农业兴起之后,丹麦的史前居民仍然继续以捕鱼和狩猎为生 Prehistoric Danish people continued to eat fish and hunt even after the rise of agriculture, study indicates (phys.org)
170. 重现垂死恒星的过程揭示了氢在宇宙尘埃形成中的关键作用 Recreating dying stars reveals hydrogen''s key role in cosmic dust formation (phys.org)
171. 定制型生物炭颗粒在农业田间磷管理方面的效果不佳 Designer biochar pellets performance weak for managing phosphorus in agricultural fields (phys.org)
172. 人工智能模型揭示了美国冬季降水背后的隐性气候模式 AI models reveal hidden climate patterns behind US winter precipitation (phys.org)
173. 人工智能工具提升了效果欠佳的抗生素候选药物,其中85%在实验室测试中有效 AI tool boosts imperfect antibiotic candidates, with 85% working in lab tests (phys.org)
174. 微藻能够通过光合作用产生并分泌生物燃料前体 Microalgae can photosynthetically produce and secrete biofuel precursors (phys.org)
176. 量子几何为固体的可测量性质提供了理论极限 Quantum geometry provides theoretical limits on measurable properties of solids (phys.org)
177. 微小力量,巨大影响:粒子相互作用如何控制软材料的流动 Tiny forces, big effects: How particle interactions control the flow of soft materials (phys.org)
178. 研究揭示了政党如何以及在何时使用多种语言与公民沟通 Study reveals how, when political parties communicate with citizens in multiple languages (phys.org)
179. 美国宇航局(NASA)押注核动力引擎,以缩短前往火星的航行时间 NASA bets big on nuclear engines to cut journey times to Mars (phys.org)
180. 扭曲的液晶结构在室温下实现了按需生成斯基尔米子 Twisted liquid-crystal structures unlock on-demand skyrmions at room temperature (phys.org)
181. 在120个物种中,蜜蜂的磁性似乎比预期的要普遍得多 Bee magnetism appears far more widespread than expected across 120 species (phys.org)
182. 甲烷“指纹”使全球排放图更加清晰,指向中国、印度和中非 Methane fingerprints sharpen global emissions map, pointing to China, India and Central Africa (phys.org)
183. 一份黑死病幸存者名单揭示了人们如何从瘟疫中康复 What a list of Black Death survivors reveals about the way people recovered from plague (phys.org)
184. 大多数人并不知道自己不知道什么,却以为自己知道 Most people don''t know what they don''t know, but think they do (phys.org)
186. “几乎全是空隙”的泡沫颠覆了关于电子束停止的传统假设 Mostly empty foam overturns assumptions of electron beam stopping (phys.org)
188. 利用电化学法合成环氧化物,借助常见催化剂可降低成本并减少污染 Electrified route to epoxides could cut costs and pollution with common catalyst (phys.org)
189. 为何全球企业正悄然与军方交织在一起 Why global businesses are becoming quietly entwined with the military (phys.org)
190. 污水中的流感信号可为社区疫情爆发提供早期预警 Flu signals in wastewater offer an early warning for community outbreaks (phys.org)
191. 火星的潮汐作用是否足够强大,足以塑造其远古地貌? Were Martian tides strong enough to shape its ancient landscape? (phys.org)
192. 声学分析显示,鱼雷棒可能改变棒球的甜蜜点 Torpedo bats may shift baseball''s sweet spot, acoustic analysis shows (phys.org)
193. 气候变化正在重塑欧洲的保护区,管理人员也在积极适应 Climate change is reshaping Europe''s protected areas, and managers are adapting (phys.org)
194. 气候模拟器在笔记本电脑上重现了260万年的冰河时代循环 Climate emulator recreates 2.6 million years of ice-age cycles on a laptop (phys.org)
195. 杠铃的“甩动”对奥林匹克举重项目的影响,可能比运动员们意识到的还要大 Barbell ''whip'' may shape Olympic lifts more than lifters realize (phys.org)
197. 激光处理重塑了金属有机框架(MOF)的孔道结构,使二氧化碳捕获率提高了高达75% Laser treatment reshapes MOF pores, boosting CO₂ capture by up to 75% (phys.org)
198. 研究表明,那场烧毁非洲山脉的大火是过去12,000年来前所未有的 Fire that scorched African mountain range was unprecedented in the last 12,000 years, research shows (phys.org)
200. 研究模型显示,人格特质会显著影响人们选择朋友或结婚对象 Identity traits sharply narrow who becomes friends or marries, model reveals (phys.org)
201. SNOR蛋白向休眠细胞发出“一切正常”的信号,促使它们恢复正常运作 SNOR protein provides ''all-clear'' signal for dormant cells to resume normal operations (phys.org)
202. 随着全球变暖加剧,为何降雨量增加反而会导致可用水量减少 Why heavier rain can mean less usable water as global warming intensifies (phys.org)
203. 3D原子重排在40分钟内产生了40,000个量子缺陷 3D atomic rearrangement creates 40,000 quantum defects in 40 minutes (phys.org)
204. 中国发现的牙齿化石揭示了40万年前直立人与丹尼索瓦人之间的联系 Fossil teeth from China uncover 400,000-year-old H. erectus ties to Denisovans (phys.org)
206. 与邻近群体的竞争可能是灵长类动物雄性体型大小的关键驱动因素 Rivalry with neighboring groups may be a key driver of male size in primates (phys.org)
207. 地球系统人工智能填补数据空白,揭示极端天气的形成机制 Earth system AI closes data gaps to shows how extreme weather emerges (phys.org)
208. 困在南极冰层中的星尘揭示了太阳系数万年的历史 Stardust trapped in Antarctic ice reveals tens of thousands of years of solar system''s past (phys.org)
209. 许多美国人对人工智能的影响持悲观态度——并希望加强监管 Many Americans pessimistic about AI''s impact—and want more regulation (phys.org)
210. 一份真正的“代际公平”预算应当致力于解决我们日益恶化的环境问题 A real ''intergenerational equity'' budget would address our unceasing environmental decline (phys.org)
211. 稳定性悖论:生物体在进化过程中是如何改变形状的? The stability paradox: How do organisms change shape over the course of evolution? (phys.org)
212. 对于正在接受培训的兽医而言,人工智能有助于指导老师改进反馈 For veterinarians in training, AI helps instructors improve feedback (phys.org)
213. 原子级台阶有序结构使机械测试达到了前所未有的精度 Atomic step–terrace ordering enables unprecedented precision in mechanical testing (phys.org)
214. 蠕动断层中隐藏的“润滑剂”?揭开无震滑移之谜 A hidden lubricant in creeping faults? Uncovering the mysteries of aseismic slip (phys.org)
215. 表现得像液体的金纳米颗粒为自适应材料开辟了新途径 Gold nanoparticles that behave like a liquid open path to adaptive materials (phys.org)
217. 分子钩子可提高抗癌药物的靶向性和疗效 Molecular grappling hooks improve cancer drug targeting and effectiveness (phys.org)
218. 5亿年前的奇特海洋化石揭示了一种至今仍影响着海洋的捕食策略 Strange 500-million-year-old marine fossils reveal a feeding strategy that still shapes oceans today (phys.org)
219. 两种过渡金属二卤化物中的原子能带暗示了长期以来理论推测的量子态 Atomic bands in two transition metal dichalcogenides hint at long-theorized quantum state (phys.org)
220. 亚马逊的“碳时钟”正在加速,而猛烈的风暴可能只是原因之一 Amazon''s carbon clock is speeding up, and violent storms may be only part of why (phys.org)
222. 刚果一处罕见的庇护所,让幼年倭黑猩猩远离偷猎威胁 A rare sanctuary in Congo looks after baby bonobos away from poaching threat (phys.org)
223. 十年过去了,《名古屋议定书》关于遗传资源共享的规定仍让科学家们感到困惑——相关指南现已发布 Ten years on, the Nagoya Protocol on sharing genetic resources is still confusing scientists—guidance now available (phys.org)
226. 为什么一具埃及木乃伊里会塞着《荷马史诗·伊利亚特》的一段残篇? Why was an Egyptian mummy stuffed with a fragment of Homer''s Iliad? (phys.org)
227. 碘缺乏问题正悄然卷土重来。纯素食者、素食者及孕妇面临的风险最高 Iodine deficiency is creeping back. Vegans, vegetarians and pregnant women are most at risk (phys.org)
228. 研究确定了JUICE任务可在木卫三上探索的间歇泉 Study identifies geysers the JUICE mission could explore on Ganymede (phys.org)
229. 引力波探测器现在能够“自动调谐”信号,让天穹和谐共鸣 Gravitational wave detectors can now ''autotune'' signals to harmonize the heavens (phys.org)
231. 有史以来规模最大的物理学家调查将宇宙学的标准模型置于审视之下 Largest-ever survey of physicists puts Standard Model of cosmology under scrutiny (phys.org)
232. 如何将低价值的农业废弃物转化为高价值的产品? How can low-value agricultural waste be transformed into high-value products? (phys.org)
233. 鱼群的记忆:集体记忆的迹象如何塑造捕食者与猎物之间的军备竞赛 The shoal remembers: How signs of a collective memory shape a predator-prey arms race (phys.org)
234. 温度如何改变光:新模型或将推动更智能的LED、传感器和光子器件的发展 How temperature changes light: New model could guide smarter LEDs, sensors and photonic devices (phys.org)
236. 逐一替换分子构建模块,揭示了受体如何区分肾上腺素和多巴胺 Swapping molecular building blocks one by one reveals how receptors tell adrenaline from dopamine (phys.org)
238. 全球分析显示,农田和热带地区的土壤食物网更加多样化 Soil food webs grow more varied in farmland and tropics, global analysis reveals (phys.org)
239. 一团放射性烟云如何导致福岛的颗粒物污染 How a single radioactive cloud caused Fukushima particle contamination (phys.org)
241. 一种测量阴极过保护过程中聚合物降解的新技术 Novel technique measures polymer degradation during cathodic overprotection (phys.org)
243. “分子胶水”或可利用细胞的天然机制辅助治疗疾病 Molecular glue could hijack cells'' natural machinery to help treat diseases (phys.org)
245. 雾是有生命的:水滴中栖息的细菌能清除空气中的毒素 The fog is alive: Droplets host bacteria that clear toxins from our air (phys.org)
246. “TIME”仪器揭示了横跨广阔天区的早期星系发出的微弱信号 TIME instrument unlocks faint signals from early galaxies across vast stretches of sky (phys.org)
247. 撰写关于课堂人工智能书籍的作者表示,基础知识的流失是最大的威胁 Authors of book about classroom AI say loss of foundational knowledge is biggest threat (phys.org)
248. 科学家对“气候变化将导致农业害虫大规模暴发”这一假说提出异议 Scientists dispute hypothesis that climate change will unleash massive agricultural pest populations (phys.org)
250. 对37个物种的分析显示,专制型灵长类动物社会中成年个体很少玩耍 Despotic primate societies rarely play as adults, analysis of 37 species reveals (phys.org)
251. AI代理技术将非线性光学模拟的速度提升了数个数量级 AI surrogate accelerates nonlinear optics simulations by orders of magnitude (phys.org)
252. 苏黎世研究显示:机场监测数据揭示超细颗粒物浓度骤升及油污残留 Airport readings uncover ultrafine particle spikes and oil residue in Zurich study (phys.org)
253. 看似“平静”的星系团背后,隐藏着一幅历经40亿年才趋于平息的剧烈宇宙景象 ''Calm'' galaxy cluster hides a violent cosmic scene that took 4 billion years to settle (phys.org)
254. 清代羽毛工艺品的色彩由来:新扫描图像揭示了多种鸟类及隐藏的颜料层 How Qing featherwork got its colors: New scans reveal multiple birds and hidden pigment layers (phys.org)
255. 受局部破坏和气候变暖的影响,海南周边的珊瑚礁正以更快的速度退化,但采取有针对性的措施有望扭转这一局面 Coral reefs around Hainan are collapsing faster under local damage and warming, but targeted action could reverse losses (phys.org)
256. 葡萄酒的残渣或可帮助养鸡场逐步停止使用抗生素 Wine''s leftovers could help wean chicken farms off antibiotics (phys.org)
257. 西藏上空的风如何默默为近20亿人补给水源 How winds above Tibet quietly replenish water for nearly 2 billion people (phys.org)
258. 黑洞碰撞产生的引力波或许能帮助探测暗物质 Gravitational waves from colliding black holes may allow detection of dark matter (phys.org)
259. “可移动”DNA元件可能在脑发育过程中扩展了基因调控网络 ''Mobile'' DNA elements may have expanded gene regulatory networks in brain development (phys.org)
260. 更亮的红色微型LED或可助力解决全彩显示屏的稳定性难题 Brighter red micro-LEDs could help solve full-color display stability challenge (phys.org)
261. 自激活催化剂通过在电解过程中重塑自身结构来提高氢气产量 Self-activating catalysts boost hydrogen output by reshaping themselves during electrolysis (phys.org)
262. DeepAFM 能够从噪声图像中解析蛋白质运动,准确率达 93.4% DeepAFM decodes protein motion from noisy images with 93.4% accuracy (phys.org)
264. 加勒比地区许多最重要的珊瑚礁目前处于无人保护的状态 Many of the Caribbean''s most important reefs are going unprotected (phys.org)
265. 温和的激光驱动流体可实现对脆弱样品的精确三维成像 Gentle, laser-driven flows enable precise 3D imaging of delicate samples (phys.org)
266. 一项深海气候计划罕见地获得了美国环保署的批准,但将植物沉入海中真的是解决之道吗? A deep‑ocean climate plan wins rare EPA approval, but is sinking plants in the sea the answer? (phys.org)
267. DNA“条形码”帮助研究人员精准定位能够直击癌症“能量源”的金纳米颗粒 DNA ''barcodes'' help researchers pinpoint gold nanoparticles that can strike cancer at its power source (phys.org)
268. 非洲拥有世界上最丰富的遗传多样性,却在相关研究中缺席:我们正在填补这一空白 Africa has the world''s greatest genetic diversity, yet it''s missing from research: We''re filling the gap (phys.org)
269. 侵袭性癌细胞是如何抓住并撕裂新组织、向外扩散的 How invading cancer cells grip and rip their way into new tissues (phys.org)
270. 分析显示,寒潮对印尼珊瑚的漂白作用与热浪不相上下 Cold events rival heat waves in bleaching Indonesia''s corals, analysis reveals (phys.org)
271. 研究成果的功劳应归于谁?学术署名中的隐性规则如何使女性处于不利地位 Who gets credit for research? How the hidden rules of academic authorship can leave women at a disadvantage (phys.org)
272. 根系揭示气候适应机制:284种植物重塑水障 Roots reveal climate adaptation as 284 plant varieties reshape water barrier (phys.org)
273. 只有当人们成为计划的一部分时,保护地球30%的面积这一目标才能实现 Conserving 30% of the planet will only succeed if people are part of the plan (phys.org)
274. 我们如何在身体中体验政治情感——以及这对民主为何重要 How we feel political emotions in our bodies—and why this matters for democracy (phys.org)
275. 伦敦自来水的大规模检测显示,“永久性化学物质”含量在安全范围内 Major survey of London tap water shows ''forever chemicals'' within safe limits (phys.org)
276. “三位一体”核试验80年后,科学家发现爆炸中形成的新型分子捕获晶体 80 years after the Trinity nuclear test, scientists identify new molecule-trapping crystal formed in the blast (phys.org)
277. 开发出一种人工智能工具,用于预测水体中的大肠杆菌污染 AI tool developed to predict E. coli contamination in waterways (phys.org)
278. 量子电路测试终于揭示了导致性能下降的根源 Quantum circuit test finally exposes what has been warping performance (phys.org)
279. 小鸟的愿望清单:温和的天气、细心的父母,以及不要成为最小的孩子 A baby bird''s wish list: Mild weather, attentive parents, not being the smallest sibling (phys.org)
280. 受新陈代谢启发的水凝胶能够模拟类似心跳的运动和光合作用 Metabolism-inspired hydrogels replicate heartbeat-like motion and photosynthesis (phys.org)
281. 为什么一些最成功的初创公司创始人“有点毒” Why some of the most successful startup founders are ''a bit toxic'' (phys.org)
282. 一种药物,两支清理队:靶向蛋白降解的内置备份机制 One drug, two cleanup crews: A built-in backup for targeted protein degradation (phys.org)
283. 我们在撒哈拉沙漠中发现了数百处隐藏的巨大古代集体墓葬 We found hundreds of huge ancient mass graves hidden in the Sahara desert (phys.org)
285. 各国政府如何立即为永久性碳移除提供资金,并在2035年前实现成本分摊 How governments could fund permanent carbon removal now and shift costs by 2035 (phys.org)
287. 工程化外泌体可逆转小鼠因睡眠剥夺导致的大脑损伤 Engineered exosomes reverse sleep deprivation brain damage in mice (phys.org)
289. 新型量子协议突破了光纤网络中的距离和速度限制 New quantum protocol breaks distance and speed barriers in fiber networks (phys.org)
290. 研究人员为全球改进大型户外火灾建模的努力注入新动力 Researcher fuels global drive for better large outdoor fire modeling (phys.org)
291. “内爆雕刻”技术将三维光子器件缩小2000倍,助力可见光计算 ''Implosion carving'' shrinks 3D photonic devices 2,000-fold for visible-light computing (phys.org)
292. 一颗明亮的类星体在长达九年的观测中展现出433天的光学准周期振荡 Bright blazar reveals 433-day optical quasi-periodic oscillation across nine years (phys.org)
293. 植物繁殖中的隐性变化揭示了关于自花授粉进化的新线索 Hidden changes in plant reproduction reveal new clues about evolution of self-fertilization (phys.org)
294. 气候变化:缺氧如何改变海洋中的代谢过程 Climate change: How oxygen deficiency changes metabolic processes in the ocean (phys.org)
296. 碳捕获技术可能会引发它原本旨在防止的森林砍伐 Carbon-capture technology could trigger the deforestation it was designed to prevent (phys.org)
298. 詹姆斯·韦伯太空望远镜以前所未有的精细程度绘制了宇宙网,追溯至宇宙诞生的最初十亿年 JWST maps cosmic web in record detail back to universe''s first billion years (phys.org)
300. 全美范围内的邮寄投票提高了美国两大主要政党的投票率 Universal voting-by-mail increases voter turnout for both major US parties (phys.org)