1. 新型激光方法揭示了放射性原子核的奥秘 #General #Physics 06:20 New laser method gives insight into radioactive atomic nuclei (phys.org)
2. 基因发现为抗病水稻育种开辟了新途径 #Biotechnology 06:10 Gene discovery opens new path for disease-resistant rice breeding (phys.org)
3. 挪威古冢下发现的宏伟船葬可追溯至维京时代之前 #Archaeology 06:00 Monumental ship burial beneath ancient Norwegian mound predates the Viking Age (phys.org)
4. 自动化人工智能系统可识别量子比特漂移和不稳定性，从而加快量子校准进程 #General #Physics 06:00 Automated AI system flags qubit drift and instability, speeding quantum calibration (phys.org)
5. 证实一种常见矿物中存在后磁性 #Condensed #Matter 05:50 Confirming altermagnetism in an abundant mineral (phys.org)
6. 外星人真的存在吗？自亚里士多德时代以来，科学家们一直在寻找地外生命 #Astrobiology 05:40 Are aliens real? Scientists have been hunting for extraterrestrial life since the time of Aristotle (phys.org)
7. 巴西一种常见的亚洲植物显示出从水中去除微塑料的潜力 #Plants #& #Animals 05:40 Common Asian plant in Brazil shows potential for removing microplastics from water (phys.org)
8. 温度变化会改变驱动光合作用的植物蛋白质 #Molecular #& #Computational #biology 05:30 Temperature shifts change plant proteins that power photosynthesis (phys.org)
9. 内华达州核实验室下方的广泛断层引发了尚未解决的地震风险 #Earth #Sciences 05:20 Extensive faults beneath Nevada nuclear lab raise unanswered earthquake risks (phys.org)
10. 从日落到夜空：科技如何助你以崭新视角发现自然之美 #Space #Exploration 05:20 From sunsets to the night sky: How technology can help you to notice nature in new ways (phys.org)
11. 癌症的隐秘开关可能位于细胞膜上，迫使生长受体持续处于过度活跃状态 #Cell #& #Microbiology 05:10 Cancer''s hidden switch may sit in the cell membrane, forcing growth receptors into permanent overdrive (phys.org)
12. 闭合碳循环：揭示光与热在二氧化碳光催化中的作用 #Analytical #Chemistry 05:00 Closing the carbon cycle: Unraveling the roles of light and heat in CO₂ photocatalysis (phys.org)
13. 激光雷达绘制日本中世纪城堡地形图，并标出易发生山体滑坡的斜坡 #Earth #Sciences 05:00 LiDAR maps medieval castle terrain and flags landslide-prone slopes in Japan (phys.org)
14. eROSITA 成功将太阳系的X射线辐射与深空信号区分开来 #Astronomy 04:50 eROSITA disentangles the solar system''s X-ray glow from deep-space signals (phys.org)
15. 加拿大野生淡水鱼揭示下游水域中阿片类药物和抗抑郁药物的富集现象 #Plants #& #Animals 04:40 Wild Canadian freshwater fish reveal opioid and antidepressant buildup downstream (phys.org)
16. 解码了沙粒大小昆虫的性信息素 #Plants #& #Animals 04:40 Sex pheromone of a sandgrain-sized insect deciphered (phys.org)
17. 工业化学品泄漏可能使臭氧层恢复进程推迟7年 #Environment 04:20 Industrial chemical leaks could push ozone layer recovery back by 7 years (phys.org)
18. 华盛顿特区发生的2.4亿加仑污水泄漏事件，是全国性问题的征兆 #Environment 04:20 Washington DC''s 240 million‑gallon sewage spill is a symptom of nationwide trouble (phys.org)
19. 激光技术为量子材料的3000开尔文薄膜合成开辟了新途径 #Superconductivity 04:20 Laser method unlocks 3,000-Kelvin thin-film synthesis for quantum materials (phys.org)
20. 深入探秘夸克内部：CMS实验将探测精度提升至10²⁰米，未发现内部结构 #General #Physics 04:10 Looking deep inside quarks: CMS test probes to 10²⁰ meters and finds no inner structure (phys.org)
21. 南非海岸发现鸟类和龟类的化石足迹：最新发现均为世界首例 #Paleontology #& #Fossils 04:00 Bird and tortoise fossil tracks on South Africa''s coast: Latest findings are world firsts (phys.org)
22. 阿片类药物及其他药物在淡水鱼体内的积累 #Ecology 04:00 Opioids and other drugs accumulating in freshwater fish (phys.org)
23. 全球变暖导致哥伦比亚冰川消失 #Environment 03:50 Global warming causes Colombian glacier to disappear (phys.org)
24. 研究表明，顶尖商学院的MBA学位仍对谁能跻身美国商界高层产生影响 #Economics #& #Business 03:40 Elite MBAs still influence who reaches the top of corporate America, study shows (phys.org)
25. 与现代婴儿相比，尼安德特人婴儿的生长发育可能更为迅速 #Evolution 03:40 Baby Neanderthals may have had a rapid growth spurt compared to modern babies (phys.org)
26. 天王星的两条外环显示出截然不同的起源 #Planetary #Sciences 03:37 Uranus''s two outer rings show starkly different origins (phys.org)
27. 借助古代石制罗盘针探索过去 #Earth #Sciences 03:20 Navigating the past with ancient stone compass needles (phys.org)
28. 通过毫秒级电脉冲，金属的强度和延展性得以提升 #Analytical #Chemistry 03:20 Metals become stronger and more ductile with a millisecond electric pulse (phys.org)
29. 大西洋海藻大规模暴发源头可追溯至西非 #Earth #Sciences 03:00 Massive Atlantic sargassum blooms traced to West Africa (phys.org)
30. 植物隐秘的感官世界：研究人员正在探索它们如何“看”、“听”、“感觉”——甚至“记忆” #Plants #& #Animals 03:00 The secret sensory life of plants: Researchers are discovering how they see, hear, feel—and even remember (phys.org)
31. 对于人类肢体的再生，这种蝾螈基因或许是关键所在 #Biotechnology 02:40 For regrowing human limbs, this salamander gene could hold the key (phys.org)
32. 就业数据显示，人工智能对就业市场造成冲击的早期迹象已经显现 #Economics #& #Business 02:40 Employment data shows the early signs of AI job disruption are already here (phys.org)
33. 新电催化剂界面模型揭示了电双层的存在 #Analytical #Chemistry 02:20 Electric double layer emerges in new electrocatalyst interface model (phys.org)
34. 一项新研究发现，12至17岁的青少年虽愿意参与民主事务，但感到焦虑、被忽视，并对政治抱有不信任感 #Social #Sciences 02:20 New study finds 12- to 17-year-olds willing to engage in democracy, but feel anxious, unheard, distrustful of politics (phys.org)
35. 蓝藻的进化转变令科学家大感意外 #Evolution 02:00 Cyanobacteria surprise scientists with evolutionary shift (phys.org)
36. 科学家成功开发出可变形的活体组织，通过编程使细胞将扁平薄片折叠成精确的3D形态 #Cell #& #Microbiology 02:00 Scientists unlock shape-shifting living tissue, programming cells to fold flat sheets into precise 3D forms (phys.org)
37. 在海洋变暖的背景下，恒温鲨鱼和金枪鱼面临“双重威胁” #Plants #& #Animals 02:00 Warm-bodied sharks and tunas face ''double jeopardy'' in warming seas (phys.org)
38. 一项研究发现，与智力水平普通的人相比，高智商人群表现出较低的保守倾向 #Social #Sciences 02:00 Gifted men exhibit lower levels of conservatism compared to their average-intelligence counterparts, finds study (phys.org)
39. 人类的足迹已踏上月球，并向更远的太空进发。随着“阿耳忒弥斯二号”任务的成功，下一步将何去何从？ #Space #Exploration 01:40 Boots on the moon and beyond. Where next after Artemis II mission success? (phys.org)
40. 俄勒冈州一个隐蔽的盆地和一块较浅的板块加剧了卡斯卡迪亚大地震的威胁 #Earth #Sciences 01:40 A hidden Oregon basin and a shallower slab sharpen the Cascadia megaquake threat (phys.org)
41. 来认识一下尤吉，这只墨西哥小猴子正从毛绒玩具伙伴身上获得慰藉 #Plants #& #Animals 01:39 Meet Yuji, the Mexican baby monkey finding comfort in a plush companion (phys.org)
42. 猴子仅凭意念就能在虚拟森林中穿行，将脑机接口的应用范围拓展到了实验室之外 #Plants #& #Animals 01:30 Monkeys navigate a virtual forest with thought alone, pushing brain-computer interfaces beyond the lab (phys.org)
43. 寿司、攀岩和吸烟有什么共同点？我们如何谈论风险 #Social #Sciences 01:20 What do sushi, climbing and smoking have in common? How we talk about risk (phys.org)
44. 新指标可在红树林消失前识别出受威胁的红树林 #Earth #Sciences 01:20 New metric identifies at-risk mangroves before they disappear (phys.org)
45. 微观绿色色素揭示了接连不断的台风如何导致累积性的水文和生态系统变化 #Earth #Sciences 01:00 Microscopic green pigment provides insights into how successive typhoons drive cumulative water and ecosystem changes (phys.org)
46. 模拟生成了数千种气旋情景，以预测孟加拉湾的极端洪涝灾害 #Earth #Sciences 01:00 Simulations generate thousands of cyclone scenarios to predict extreme flooding in Bay of Bengal (phys.org)
47. 感到孤独吗？不妨去户外散散步 #Social #Sciences 00:40 Feeling lonely? Try a walk in the great outdoors (phys.org)
48. 冬季变暖和降雪减少可能加速河流径流，从而威胁美国西部的供水 #Earth #Sciences 00:40 Warmer winters and snow drought may threaten western US water by speeding flows (phys.org)
49. 量子傅里叶变换实现52个量子比特，打破此前27量子比特的纪录 #Quantum #Physics 00:20 Quantum Fourier transform reaches 52 qubits, shattering the previous 27-qubit record (phys.org)
50. 为什么情侣们害怕谈论金钱可能是错误的 #Social #Sciences 00:20 Why couples may be wrong to dread talking about money (phys.org)
51. 巴塔哥尼亚发现了一具距今1.55亿年的长颈恐龙化石，该物种与两个著名恐龙谱系存在关联 #Evolution 00:00 Patagonia yields 155-million-year-old long-necked dinosaur with links to two famous lineages (phys.org)
53. 从索尔福德到上海：城市主动掌控住房问题 #Economics #& #Business 04-16 From Salford to Shanghai: Cities taking control of housing (phys.org)
54. 激光等离子体加速器驱动自由电子激光器，创下8小时的纪录 #Optics #& #Photonics 04-16 Laser-plasma accelerator drives free-electron laser for record 8 hours (phys.org)
55. 番茄产业正采取措施遏制寄生杂草的蔓延 #Ecology 04-16 Tomato industry taking steps to stop spread of parasitic weed (phys.org)
56. 研究发现，太阳耀斑的“多米诺效应”不仅限于太阳，一项涉及16,000颗恒星的观测揭示了这一点 #Astronomy 04-16 Solar flares'' domino effect isn''t limited to the sun, 16,000-star sweep reveals (phys.org)
57. 一项遗传学研究表明，人类的嗅觉是随着饮食和生活方式的演变而发展的 #Evolution 04-16 Human sense of smell evolved with diets and lifestyle, genetic study suggests (phys.org)
59. 大西洋洋流系统可能正在以比预期更快的速度减弱 #Earth #Sciences 04-16 Atlantic current system could be weakening faster than expected (phys.org)
60. 热得受不了？高温如何重塑美国人口流动格局 #Social #Sciences 04-16 Too hot to handle? How heat is reshaping US population shifts (phys.org)
61. 聚合物物理学揭示，DNA环状结构是由单分子马达形成的 #Molecular #& #Computational #biology 04-16 Polymer physics reveals DNA loops are formed by single molecular motors (phys.org)
62. 产业和地理因素如何影响对极右翼政党的支持 #Political #science 04-16 How industry and geography play a role in support for radical right parties (phys.org)
63. 新模型显示，泰坦星的湖泊在微风中可能掀起10英尺高的巨浪 #Planetary #Sciences 04-16 Titan''s lakes may spawn 10-foot waves in gentle winds, new model suggests (phys.org)
64. 追踪墨西哥湾沿岸的垂钓者：新型机器学习工具揭示垂钓者的垂钓时间、地点及方式 #Plants #& #Animals 04-16 Tracing anglers in the Gulf Coast: New machine learning tools reveal when, where and how anglers fish (phys.org)
65. 随着海平面上升，威基基面临污水污染洪水的威胁日益加剧 #Earth #Sciences 04-16 Waikīkī faces escalating threat of sewage-contaminated flooding as sea level rises (phys.org)
66. ALMA证实了红移为5.7的罕见类星体双星系统，该系统位于正在合并的星系中 #Astronomy 04-16 ALMA confirms rare quasar pair at redshift 5.7 in merging galaxies (phys.org)
67. 结合地震和卫星数据监测格陵兰冰川的崩解现象 #Earth #Sciences 04-16 Combining seismic and space data to detect calving in Greenland glaciers (phys.org)
68. 人工智能将自然语言提示转化为适用于实验室的新型材料制备方案 #Analytical #Chemistry 04-16 AI turns plain-language prompts into lab-ready recipes for novel materials (phys.org)
69. 古代病毒充当基因递送载体，帮助细菌抵抗抗生素 #Cell #& #Microbiology 04-16 Ancient viruses serve as gene delivery couriers to help bacteria resist antibiotics (phys.org)
70. 细胞拥有一种秘密的“信使系统”，它有望为RNA和基因疗法开拓难以触及的靶点 #Cell #& #Microbiology 04-16 Cells have a secret ''courier system'' that could open hard-to-reach targets for RNA and gene therapies (phys.org)
71. 监管漏洞可能会使臭氧层恢复推迟数年 #Environment 04-16 A regulatory loophole could delay ozone recovery by years (phys.org)
72. 非洲象的基因组揭示了大陆曾有的连通性，以及未来日益加剧的孤立状态 #Plants #& #Animals 04-16 African elephant genomes reveal a past of continental connectivity and a future of increasing isolation (phys.org)
73. 黑洞喷流展现出相当于1万个太阳的巨大能量 #Astronomy 04-16 ''Dancing jets'' from black hole reveal an immense power equivalent to 10,000 suns (phys.org)
74. 欧洲为在2050年前实现气候中和必须达成的2040年里程碑 #Environment 04-16 The 2040 milestones that Europe must meet to achieve climate-neutrality by 2050 (phys.org)
75. 泰国农民寄希望于微生物来解决每年一度的焚烧危机 #Agriculture 04-16 Thai farmers pin hopes on microbes to end annual burning crisis (phys.org)
76. 这款无人机揭示了积雪和土壤下的景象 #Earth #Sciences 04-16 This drone reveals what lies beneath snow and soil (phys.org)
77. 狐狸和鸟类或可作为“早期预警系统”，用于监测抗生素耐药性在生态系统中的扩散 #Ecology 04-16 Foxes and birds could be ''early warning system'' to survey spread of antibiotic resistance into ecosystems (phys.org)
78. 从空中到田间：氮肥如何助力养活世界——以及供应链为何至关重要 #Agriculture 04-16 From the air to the field: How nitrogen fertilizer helps feed the world—and why supply chains matter (phys.org)
79. 水貂养殖场中的新冠病毒揭示了早期肺部损伤 #Veterinary #medicine 04-16 COVID-19 in mink farm reveals early lung damage (phys.org)
80. 协调不力导致波罗的海“幽灵渔具”问题解决进展缓慢 #Environment 04-16 Coordination gaps slow progress on Baltic Sea ''ghost gear'' (phys.org)
81. 时空光脉冲可通过掩蔽数据来保障光通信的安全 #Optics #& #Photonics 04-16 Spatiotemporal light pulses could secure optical communication by masking data (phys.org)
82. 在芬兰，烧荒结合保留树木的做法在11年后促进了天然森林的再生 #Ecology 04-16 Burning plus tree retention boosts natural forest regrowth in Finland after 11 years (phys.org)
83. 加利福尼亚州各地的经济困境与暴力事件增加有关 #Social #Sciences 04-16 Economic hardship tied to increased violence across California (phys.org)
84. 微塑料如何危害那些维护海岸健康的物种 #Environment 04-16 How microplastics hurt the species that keep our coasts healthy (phys.org)
85. 释放英国和爱尔兰生物多样性的价值 #Ecology 04-16 Unlocking the value of biodiversity in the UK and Ireland (phys.org)
86. 受量子启发的算法瞬间完成了2.68亿节点准晶体模拟 #Quantum #Physics 04-16 Quantum-inspired algorithm solves 268 million-site quasicrystal simulation in a heartbeat (phys.org)
87. 即使在宇宙尺度上，引力也遵循牛顿和爱因斯坦的定律 #General #Physics 04-16 Gravity follows Newton and Einstein''s rules, even at cosmic scales (phys.org)
88. 人群流动监测揭示了高密度公共空间中隐藏的拥堵和停滞现象 #Mathematics 04-16 Crowd flow measurements reveal hidden slowdowns and standstills in dense public spaces (phys.org)
89. 新一代CT扫描仪揭示了2300年前埃及木乃伊遗骸内部的新细节 #Archaeology 04-16 Next-generation CT scanner reveal new details inside 2,300-year-old Egyptian mummy remains (phys.org)
90. “星际冰川”：NASA的SPHEREx项目绘制出广阔的星系冰区 #Astronomy 04-16 ''Interstellar glaciers'': NASA''s SPHEREx maps vast galactic ice regions (phys.org)
91. 珊瑚礁中的巨擘：新公民科学项目争分夺秒记录百年珊瑚 #Plants #& #Animals 04-16 The giants of the reef: New citizen science project races to document centennial corals (phys.org)
92. 新发现揭示了莎士比亚“失踪”的伦敦故居位置 #Archaeology 04-16 Shakespeare''s ''missing'' London house mapped with new discovery (phys.org)
93. 海洋海绵细菌酶揭示了合成萜类化合物的两步途径 #Biochemistry 04-16 Marine sponge bacterium enzyme reveals a two-part route to make terpenoids (phys.org)
94. AI工具无需编程即可绘制稳定的金属氧化物催化剂图谱，加速清洁能源研究 #Analytical #Chemistry 04-16 AI tool maps stable metal oxide catalysts without coding, speeding clean energy searches (phys.org)
95. 电子将有机太阳能电池劈开，仅通过一台显微镜便揭示了其隐藏的3D分子结构 #Nanophysics 04-16 Electrons crack open organic solar cells, exposing their hidden 3D molecular architecture in a single microscope (phys.org)
96. 行星维持生命所需的水比科学家此前认为的更多 #Astrobiology 04-16 Planets need more water to support life than scientists previously thought (phys.org)
97. 植物的光合作用途径类型与Rubisco暗抑制速率之间可能存在关联 #Plants #& #Animals 04-16 Plants'' photosynthetic pathway type and rates of Rubisco dark inhibition may be linked (phys.org)
98. 机器学习工具精准定位最佳植树地点，为气候减缓提供了有力工具 #Environment 04-16 Machine learning tool pinpoints optimal locations for tree planting, offering a powerful tool for climate mitigation (phys.org)
99. 应激诱导的蛋白质聚集体揭示了细胞如何分拣受损的货物 #Cell #& #Microbiology 04-16 Stress-triggered protein clusters reveal how cells sort damaged cargo (phys.org)
100. 天文学家破解了一项延续数十年的谜题，观测到气体在新生恒星周围转化为行星形成盘 #Astronomy 04-16 Astronomers crack a decades-old mystery, catching gas morphing into planet-building disks around newborn stars (phys.org)
101. 暗物质或许能解释最早期的超大质量黑洞 #Astronomy 04-16 Dark matter could explain the earliest supermassive black holes (phys.org)
102. 一旦无法合成脂肪，寄生蜂就会失去信息素，无法形成卵，从而无法繁殖 #Evolution 04-16 Cut off from making fat, parasitic wasps lose pheromones, fail to form eggs and cannot reproduce (phys.org)
103. 一项研究表明，美国东北部具有抗飓风能力的沿海森林可能已接近其承受极限 #Plants #& #Animals 04-16 Hurricane-resilient coastal forests in the Northeastern US may be nearing their limits, project indicates (phys.org)
104. 在印度-太平洋地区，类似果冻的浮游生物为体型更大、生长更快的礁鱼提供了食物来源 #Ecology 04-16 Jelly-like plankton fuel bigger, faster-growing reef fish across the Indo-Pacific (phys.org)
105. 随着极地冰盖的变化，相关法规也在随之调整 #Earth #Sciences 04-16 As polar ice changes, so do the rules governing it (phys.org)
106. 科学家首次捕捉到超导现象中的“舞动对子”，揭示了这一存在数十年的理论中缺失的部分 #Condensed #Matter 04-16 Scientists capture superconductivity''s ''dancing pairs'' for first time, revealing missing pieces in a decades-old theory (phys.org)
107. 为什么男同性恋者在旅行时会觉得自己更有魅力 #Social #Sciences 04-16 Why gay men can feel more attractive when they travel (phys.org)
108. 一种隐蔽的受体开关如何为癌症和神经系统疾病的治疗开辟新途径 #Biochemistry 04-16 How a hidden receptor switch could open new paths for cancer and neurological treatments (phys.org)
109. 玻利维亚木乃伊改写了猩红热的历史，表明这种致命细菌早在殖民时期之前数个世纪就已经存在 #Archaeology 04-16 Bolivian mummy rewrites scarlet fever''s past, suggesting killer bacterium circulated centuries before colonization (phys.org)
110. 颜色检测法可快速“嗅出”危险的葡萄球菌菌株 #Bio #& #Medicine 04-16 Color test ''sniffs out'' dangerous staph strains fast (phys.org)
111. 机器学习加速了聚变材料的分析 #Plasma #Physics 04-16 Machine learning accelerates analysis of fusion materials (phys.org)
112. 量子模拟揭示了一维材料中的自旋输运 #Condensed #Matter 04-16 Quantum simulations reveal spin transport in 1D materials (phys.org)
113. 起源于阿拉斯加的H5N1主要毒株通过候鸟传播至整个大陆 #Molecular #& #Computational #biology 04-16 Emerging in Alaska, dominant H5N1 strain spread continent-wide through migratory birds (phys.org)
114. 古代木炭为早期人类如何维持生计提供了新线索 #Archaeology 04-16 Ancient charcoal sheds new light on how early humans fueled their lives (phys.org)
115. 实验表明，观看垃圾食品视频可能有助于节食者抵制零食的诱惑 #Social #Sciences 04-16 Watching junk food videos may help dieters resist snacks, experiments show (phys.org)
116. 古代海鸟粪便揭示了气候变化可能如何影响未来种群 #Environment 04-16 Ancient seabird guano reveals how climate change may shape future populations (phys.org)
117. 为何这项单芯片LED技术突破能缩小AR眼镜体积并提升量子通信链路性能 #Optics #& #Photonics 04-16 Why this single-chip LED advance could shrink AR glasses and boost quantum links (phys.org)
118. 夏威夷的鸣禽正在掠夺邻近鸟类的巢穴，这种损失可能会加剧日益严峻的生存危机 #Plants #& #Animals 04-16 Hawai''i''s songbirds are raiding neighbors'' nests, and the losses could deepen a growing survival crisis (phys.org)
119. 科学家破解了支撑现代生活的橡胶背后长达百年的谜团 #Analytical #Chemistry 04-16 Scientists solve 100-year-old mystery behind rubber that powers modern life (phys.org)
120. 利用核动力月球车探索月球阴影中的陨石坑 #Planetary #Sciences 04-16 Exploring the moon''s shadowy craters with nuclear-powered rovers (phys.org)
121. 外星生命可能就藏在明处：系外行星上的统计模式超越了传统的生物标志物 #Astrobiology 04-16 Alien life may hide in plain sight: Statistical patterns across exoplanets move beyond traditional biosignatures (phys.org)
122. 自主运动还是缓慢扩散：细菌、细胞和胶体如何对刺激作出反应 #Soft #Matter 04-16 Self-propulsion or slow diffusion: How bacteria, cells, and colloids respond to stimuli (phys.org)
123. 博物馆抽屉里的化石揭示了一种拥有强力咬合力的、距今2亿年前的鳄鱼近亲 #Evolution 04-16 Museum drawer fossil reveals 200-million-year-old crocodile relative with a powerful bite (phys.org)
124. 扎曼辛撞击事件造成的破坏程度可能远超预期 #Planetary #Sciences 04-16 The Zhamanshin impact event was likely much more destructive than thought (phys.org)
125. 50岁后互联网使用率依然居高不下，但技能和教育水平决定了使用差距 #Social #Sciences 04-16 Internet use stays high after 50, but skills and education shape the gap (phys.org)
126. 古代玛雅时期的干旱可能源于地球自身的气候波动 #Earth #Sciences 04-16 Ancient Maya droughts may have been fueled by Earth''s own climate swings (phys.org)
127. 研究人员合成了细菌中发现的光合作用分子 #Materials #Science 04-16 Researchers synthesize photosynthetic molecule found in bacteria (phys.org)
129. 每五种接受评估的土壤物种中就有一种面临灭绝风险 #Ecology 04-16 Soil species face extinction risk as one in five assessed are threatened (phys.org)
131. 自1976年以来，深色的火山灰已明显重塑了火星表面 #Astronomy 04-16 Dark volcanic ash has visibly reshaped Martian surface since 1976 (phys.org)
132. 研究表明，推迟入学可能有助于提高低收入国家的教育成果 #Education 04-16 Waiting to enter primary school may improve educational outcomes in low-income countries, study shows (phys.org)
133. 出土的巨型建筑遗迹揭示了6000年前罗马尼亚的集体治理模式 #Archaeology 04-16 Unearthed mega-structure hints at communal rule in Romania 6,000 years ago (phys.org)
134. 一颗布满伤痕的头骨，揭示了恐龙时代曙光中一位失踪的杀手及其已然消逝的血脉 #Evolution 04-16 One battered skull exposes a lost killer from dinosaur dawn and a vanished bloodline (phys.org)
135. 一张包含4700万个星系的3D地图正在重塑我们对宇宙的认知 #Astronomy 04-16 A 3D map of 47 million galaxies is redefining our view of the universe (phys.org)
136. 如何判断你的狗狗是否感到疼痛（以及如果它感到疼痛该怎么办） #Veterinary #medicine 04-16 How to tell if your dog is in pain (and what to do if they are) (phys.org)
137. 球蚤不仅利用摄入的矿物质，还会在体内重新合成这些矿物质 #Plants #& #Animals 04-16 Pill bugs don''t just use the minerals they eat—they rebuild them inside their bodies (phys.org)
138. 裸鼹鼠能和平移交权力吗？ #Plants #& #Animals 04-16 Can naked mole rats peacefully hand over power? (phys.org)
139. 足球比赛中，裁判的判罚在VAR辅助复核后经常被推翻：未发现外部影响 #Other 04-16 Referee decisions in soccer frequently overturned following VAR-assisted review: No external influences found (phys.org)
140. 天文学家揭示了一个不断变化的多行星系统 #Astronomy 04-16 Astronomers reveal always-changing multi-planet system (phys.org)
141. 备受喜爱的帝企鹅和南极毛皮海豹现已正式被列为濒危物种。以下是我们可以采取的行动 #Plants #& #Animals 04-16 The beloved emperor penguin and Antarctic fur seal are now officially endangered. Here''s what can be done (phys.org)
142. 随心所欲的颜色：科学家在微型光路中研制出“任意波长”激光器 #Optics #& #Photonics 04-16 Any color you like: Scientists create ''any wavelength'' lasers in tiny circuits for light (phys.org)
144. 马德里动物园诞生了一只极度濒危的红毛猩猩 #Plants #& #Animals 04-16 Critically endangered orangutan born at Madrid zoo (phys.org)
145. 新工具助力马德里普拉多博物馆修复古画 #Archaeology 04-16 New tools rescue old art at Madrid''s Prado museum (phys.org)
147. 综合卫星数据揭示了2019–2024年全球甲烷浓度上升的原因 #Earth #Sciences 04-16 Blended satellite data reveal what drove methane''s 2019–2024 rise worldwide (phys.org)
148. CRISPR变体可选择性地靶向肿瘤DNA #Biotechnology 04-16 CRISPR variant selectively targets tumor DNA (phys.org)
149. 地球上的微生物可能隐藏着一套几乎无所不能的“吃塑料”武器库，其中60万种蛋白质随时准备攻击塑料垃圾 #Cell #& #Microbiology 04-16 Earth''s microbes may hide a near-universal plastic-eating arsenal, with 600,000 proteins poised to attack waste (phys.org)
150. 希腊酸奶为何风靡一时，以及这反映了我们购物习惯的哪些特点 #Economics #& #Business 04-16 Why Greek yogurt went viral and what it says about how we shop (phys.org)
151. 快速褪黑素检测可帮助宇航员及其他人群轻松监测自身的生物节律 #Bio #& #Medicine 04-16 Rapid melatonin test can help astronauts and others easily monitor their biological rhythm (phys.org)
152. 问答：优秀的企业文化不仅仅是打造一个舒适的工作环境 #Economics #& #Business 04-16 Q&A: Great company culture is more than creating a nice place to work (phys.org)
153. 拉美裔企业主如何应对增长、人工智能和通胀 #Economics #& #Business 04-16 How Latino business owners are navigating growth, AI and inflation (phys.org)
154. 黄蜂入侵蚂蚁与植物的共生关系，打破了长达1000万年的互利共生关系 #Evolution 04-16 Wasps move in on ant-plant partnership, disrupting a 10‑million‑year mutualism (phys.org)
155. 丛林大火肆虐栖息地后，野生动物获得了一线生机 #Plants #& #Animals 04-16 Sweet lifeline for wildlife after bushfires ravage their habitat (phys.org)
156. 刻有魔法咒语……以及啤酒拉环的4000年前泥板 #Archaeology 04-16 4,000-year-old clay tablets inscribed with magical spells… and beer tabs (phys.org)
157. 音乐和交通噪音让我们的想象力更加丰富 #Social #Sciences 04-15 Music and traffic noise make our imagination more vivid (phys.org)
158. 回归基础的方法在语言分析方面可与人工智能媲美，甚至表现更佳 #Social #Sciences 04-15 Back-to-basics approach can match or outperform AI in language analysis (phys.org)
159. 一种后院驱虫剂正在破坏大黄蜂的导航能力 #Plants #& #Animals 04-15 A backyard bug repellent is derailing bumblebees'' ability to navigate (phys.org)
160. 英语在科学领域仍占据主导地位，但其占比已从94%降至85% #Other 04-15 English still dominates science, but its share fell from 94% to 85% (phys.org)
161. 农业如何改变了我们：古DNA揭示自然选择在人类近期进化中加速 #Evolution 04-15 How farming changed us: Ancient DNA reveals natural selection sped up in recent human evolution (phys.org)
162. 人力资源部门如何助力上市公司在IPO后长期取得成功 #Economics #& #Business 04-15 How HR can help public companies succeed long after the IPO (phys.org)
163. 抹香鲸的点击声遵循与人类语言相似的规则 #Plants #& #Animals 04-15 Sperm whale clicks follow similar rules to human speech (phys.org)
164. 耕作泥炭土产生的二氧化碳排放量可能低于预期 #Earth #Sciences 04-15 CO₂ emissions from cultivated peat soils may be lower than assumed (phys.org)
165. 研究人员研制出“奥林匹克凝胶”，这是一种基于DNA的软材料，其理论已存在多年 #Polymers 04-15 Researchers create Olympic gels, a long-theorized class of DNA-based soft materials (phys.org)
166. 首先出现了一个巨大的黑洞，随后其周围的星系开始形成 #Astronomy 04-15 A monster black hole appeared first, then its galaxy began to grow around it (phys.org)
167. 秘鲁瓦里遗址发现首例秘鲁无毛犬的实物证据 #Archaeology 04-15 First physical evidence of Peruvian Hairless Dogs at Wari site uncovered in Peru (phys.org)
168. 被视为“安全”的化肥与加拿大草原地区水质急剧恶化有关 #Ecology 04-15 ''Safe'' fertilizer linked to extreme water quality loss in Canadian Prairies (phys.org)
169. 美国环保署或将放宽对化学塑料回收的监管，环保人士对此表示担忧 #Environment 04-15 EPA may ease regulation of chemical plastic recycling, and environmentalists worry (phys.org)
170. 科学家研发出“爱情激素”的“开关” #Biochemistry 04-15 Scientists develop ''light switch'' for the love hormone (phys.org)
172. 研究证实，在学习前进行猜测有助于提高语言学习的记忆效果 #Education 04-15 Study confirms that guessing before learning improves memory in language learning (phys.org)
174. 新技术可绘制活细胞内抗癌药物摄取情况 #Biotechnology 04-15 New technique maps cancer drug uptake inside living cells (phys.org)
175. 多任务量子传感器能够同时测量多种物理量 #Quantum #Physics 04-15 Multitasking quantum sensors can measure several properties at once (phys.org)
176. 詹姆斯·韦伯太空望远镜在一颗巨型系外行星上探测到甲烷，但其母星可能正在干扰信号 #Astronomy 04-15 JWST spots methane on a giant exoplanet, but its star may be distorting the signal (phys.org)
178. 食珊瑚海星的大规模爆发可能既受陆地因素影响，也受深海因素影响 #Ecology 04-15 Coral-eating starfish outbreaks may be driven by both the land and the deep sea (phys.org)
179. 就像一张纸牌屋，被压在底下的薄弱雪层在压力下发生变形，从而引发板状雪崩 #Earth #Sciences 04-15 Like a house of cards, buried weak snow layers buckle under pressure and unleash slab avalanches (phys.org)
180. 新模型有助于投资者和监管机构理解复杂的商业模式，并看到其积极的一面 #Economics #& #Business 04-15 New model helps investors and regulators understand complex businesses and see their positive sides (phys.org)
181. 美国的污水和粪肥蕴藏着价值57亿美元的宝藏，是摆脱对合成肥料依赖的关键 #Biotechnology 04-15 America''s sewage and manure hold a 5.7 billion key to breaking synthetic fertilizer dependence (phys.org)
182. 研究发现，海洋涡流正在加剧沿海海域的气候极端现象 #Earth #Sciences 04-15 Ocean eddies are amplifying climate extremes in coastal seas, study finds (phys.org)
183. 科学家将人工智能生成的蛋白质转化为智能分子传感器 #Biotechnology 04-15 Scientists turn AI-generated proteins into smart molecular sensors (phys.org)
184. “斯巴鲁”望远镜捕捉到彗星3I/ATLAS成分的变化 #Planetary #Sciences 04-15 Subaru telescope captures comet 3I/ATLAS composition change (phys.org)
185. 铜的“守门人”或将开启更清洁的能源未来 #Earth #Sciences 04-15 Copper''s ''gatekeeper'' could unlock cleaner energy future (phys.org)
186. 谷歌推荐了“经教师认证”的儿童应用。家长需要了解以下内容 #Education 04-15 Google promotes ''teacher approved'' apps for kids. Here''s what parents should know (phys.org)
187. 追随珍·古道尔的脚步：一位野生动物病理学家的故事 #Plants #& #Animals 04-15 Following in the footsteps of Jane Goodall: A wildlife pathologist''s story (phys.org)
188. 研究发现，公共部门员工的积极性更多取决于工作环境，而非个人动力 #Economics #& #Business 04-15 Public sector workers'' motivation based more on work environment than personal drive, study finds (phys.org)
189. 研究助力宇航员在“猎户座”飞船历史性入海着陆中安全返回 #Space #Exploration 04-15 Research helps power safe return of astronauts in historic Orion splashdown (phys.org)
190. 橄榄作为实验室：一种新的分析方法可在榨油前预测橄榄油的品质 #Agriculture 04-15 The olive as a laboratory: New analytical approach predicts the quality of olive oil before it is extracted (phys.org)
191. 研究发现，苍蝇是浆果作物有效的传粉者 #Ecology 04-15 Flies found to be effective pollinators of berry crops (phys.org)
192. 澳大利亚出台新国家框架，加强畜牧业的抗菌药物管理 #Plants #& #Animals 04-15 New national framework in Australia strengthens antimicrobial stewardship in animal industries (phys.org)
193. 在犬类中发现的艾迪生氏病基因也有助于人类 #Plants #& #Animals 04-15 Discovery of Addison''s disease gene in dogs could help humans as well (phys.org)
194. 问答：更科学的森林管理措施如何帮助保护不列颠哥伦比亚省的森林免受野火和气候压力的影响 #Plants #& #Animals 04-15 Q&A: How smarter forest practices could help protect British Columbia''s forests from wildfire, climate stress (phys.org)
195. 年轻恒星的X射线辐射强度会迅速减弱，这可能对绕其运行的行星有利 #Astrobiology 04-15 Young stars dim quickly in their X-ray output, potentially benefiting orbiting planets (phys.org)
196. 研究表明，在育儿上投入更多精力的鸟类衰老得更快，寿命也更短 #Plants #& #Animals 04-15 Birds that put more energy into parenthood age faster and die younger, research shows (phys.org)
197. 碳移除项目助力缅因州的蓝色经济，并促进更广泛的海洋健康 #Ecology 04-15 Carbon removal project supports Maine''s blue economy, broader marine health (phys.org)
198. 一种更简便的方法来计算“凉爽屋顶”对气候的效益，可能会重塑地方碳规划 #Environment 04-15 A simpler way to count cool roofs'' climate payoff could reshape local carbon planning (phys.org)
199. 石墨烯作为电荷镜：为何水滴能“看见”石墨烯——却不显露出来 #Nanomaterials 04-15 Graphene as a charge mirror: Why water droplets ''see'' graphene—but don''t show it (phys.org)
200. 利用精密对准的X射线光学系统观测遥远的伽马射线暴 #Astronomy 04-15 Catching distant gamma-ray explosions with precisely aligned X-ray optics (phys.org)
201. 研究人员报告称，蘑菇粘液可去除水中多达98.4%的微塑料 #Environment 04-15 Mushroom slime removes up to 98.4% of microplastics from water, researchers report (phys.org)
202. 利用计算机断层扫描技术研究古代人类的DNA，且不破坏样本 #Archaeology 04-15 Using computed tomography to study DNA from ancient humans without destroying samples (phys.org)
203. 虚拟太阳黑子助力人工智能在庞大的太阳档案中发现罕见的磁场匹配 #Astronomy 04-15 Virtual sunspots help AI find rare magnetic matches in vast solar archives (phys.org)
204. 来认识一下“隐者”——库加卡。这种远古蜥蜴可能是澳大利亚最稀有的爬行动物 #Plants #& #Animals 04-15 Meet kungaka—''the hidden one.'' This ancient lizard could be the rarest reptile in Australia (phys.org)
205. 与阿莱娜·滕索尔一起探索“暗物质”之谜：数学框架或可解释暗物质，无需借助“隐形粒子” #Astronomy 04-15 Not so dark with Alena Tensor: Math framework could explain dark matter without invisible particles (phys.org)
206. 经过9000年的栽培，水稻已达到其热力学极限 #Ecology 04-15 After 9,000 years of cultivation, rice has reached its thermal limit (phys.org)
207. 研究发现，简单的规则指导着蛋白质的组装与进化 #Evolution 04-15 Simple rules guide how proteins assemble and evolve, study finds (phys.org)
208. 为什么八丈岛金龟（Prosopocoilus hachijoensis）失去了飞行能力？ #Plants #& #Animals 04-15 Why did the stag beetle Prosopocoilus hachijoensis lose its ability to fly? (phys.org)
209. 博士生攻克高熵合金中的长期难题 #Analytical #Chemistry 04-15 Ph.D. student solves persistent problem in high-entropy alloys (phys.org)
210. 冰川流入海洋的速度可能比我们想象的要快 #Earth #Sciences 04-15 Glaciers may flow into the ocean more quickly than we think (phys.org)
211. 当关键资源消失时：木蚁网络能给我们什么启示 #Plants #& #Animals 04-15 When a key resource disappears: What wood ant networks can teach us (phys.org)
212. 人工智能引导的电子显微镜为探索 MXenes 世界提供了独特视角 #Nanomaterials 04-15 AI-guided electron microscope provides unique glimpse into the world of MXenes (phys.org)
213. 随着气候变暖，喜马拉雅地区植物的生长海拔正在升高 #Environment 04-15 Plants growing higher across the Himalaya region as climate warms (phys.org)
214. 智能电缆共享为量子计算机提供了强有力的支持 #Quantum #Physics 04-15 Smart cable sharing gives quantum computers a big boost (phys.org)
215. 咸水正不断侵蚀沿海地下水，使数十亿人的生命和粮食供应面临威胁 #Earth #Sciences 04-15 Saltwater is closing in on coastal groundwater, putting billions and food supplies at risk (phys.org)
216. 韦伯望远镜重新界定了行星与恒星之间的界限 #Astronomy 04-15 Webb redefines the dividing line between planets and stars (phys.org)
217. 磷脂的不对称性有助于解释细胞外囊泡的表面电荷及其治疗特性 #Bio #& #Medicine 04-15 Phospholipid asymmetry helps explain extracellular vesicle surface charge and therapeutic quality (phys.org)
218. 一种面向可扩展量子系统的硅兼容路径 #Condensed #Matter 04-15 A silicon-compatible path toward scalable quantum systems (phys.org)
219. 某些湖泊细菌通过将基因组缩减一半来生存，且从此不再回头 #Evolution 04-15 Some lake bacteria survive by slashing half their genome and never looking back (phys.org)
221. 被撕碎的恒星揭示了黑洞如何引发相当于万亿倍太阳质量的耀斑 #Astronomy 04-15 Shredded stars reveal how black holes ignite trillion-sun flares (phys.org)
222. 挑剔的甲烷消耗微生物更偏好一氧化碳，这为更多温室气体的释放打开了大门 #Ecology 04-15 Picky methane-consuming microorganisms prefer carbon monoxide, opening the door to more greenhouse gas release (phys.org)
223. 利用3D成像和人工智能揭示石珊瑚中的隐性损伤 #Ecology 04-15 Hidden damage in stony corals revealed using 3D imaging and AI (phys.org)
224. 中新世晚期安第斯山脉的火山喷发很可能导致了全球变冷 #Earth #Sciences 04-15 Andean volcanic eruptions during the Late Miocene likely drove global cooling (phys.org)
225. 废弃木材有助于生产选择性超过95%的过氧化氢 #Biochemistry 04-15 Discarded wood helps produce hydrogen peroxide with more than 95% selectivity (phys.org)
226. CRISPR-Cas13中内置的“发夹”结构可防止异常RNA的产生 #Evolution 04-15 A built-in ''hairpin'' mechanism in CRISPR-Cas13 prevents rogue RNAs (phys.org)
227. 荧光技术揭示了衣物中微纤维污染的隐蔽规模 #Analytical #Chemistry 04-15 Fluorescent technique reveals hidden scale of microfiber pollution from our clothes (phys.org)
228. 柠烯可通过三信反应实现高效的不对称合成 #Analytical #Chemistry 04-15 Limonene enables highly efficient asymmetric synthesis via the Mitsunobu reaction (phys.org)
229. 两个基因的整合：培育抗病毒番茄的有效策略 #Molecular #& #Computational #biology 04-15 Integration of two genes: A valuable strategy for developing virus-resistant tomatoes (phys.org)
230. 扭力天平为超轻暗物质设定了迄今为止最严格的直接限制 #Astronomy 04-15 Torsion balances set strongest direct limits yet on ultralight dark matter (phys.org)
231. 镜面定位法或可实现量子引力实验 #General #Physics 04-15 Mirror-positioning method could make quantum gravity tests possible (phys.org)
232. 受人工智能影响最大的行业不仅实现了生产率的提升，还带来了就业机会和工资的增长 #Economics #& #Business 04-15 Industries most exposed to AI are not only seeing productivity gains but jobs and wage growth too (phys.org)
233. 这种鼻喷雾剂能逆转大脑衰老，在临床前模型中恢复记忆并缓解炎症 #Bio #& #Medicine 04-15 This nasal spray rewinds the aging brain, restoring memory and reversing inflammation in preclinical models (phys.org)
234. 利用原子核，科学家或许能比以往任何时候都更精确地测量时间 #Quantum #Physics 04-15 Using atomic nuclei could allow scientists to read time more precisely than ever (phys.org)
235. 当MIC11被去除时，寄生虫会被困在宿主细胞内，从而暴露其关键的逃逸机制 #Cell #& #Microbiology 04-15 Parasites get trapped inside host cells when MIC11 is removed, exposing a crucial escape mechanism (phys.org)
236. 关于性别认同的争论如何可能削弱全球保护暴力受害者的努力 #Social #Sciences 04-15 How debate about gender identity could undermine global efforts to protect victims of violence (phys.org)
237. AI伴侣虽能提供持续的支持，却会扭曲人们对亲密关系本质的认知 #Social #Sciences 04-15 AI companions can give constant support, but distort ideas about what a relationship really is (phys.org)
238. 岛上的鸣禽可能拥有自己的音乐和文化 #Plants #& #Animals 04-15 Island songbirds may have their own music and culture (phys.org)
239. 埃塞俄比亚的阿法尔裂谷让我们得以一窥10万年前的生命与死亡 #Archaeology 04-15 Ethiopia''s Afar Rift provides glimpse into life and death 100,000 years ago (phys.org)
240. 网络上随处可见的性别歧视言论并非偶然，这正是问题所在 #Social #Sciences 04-15 Everyday sexist online language is not random, and that''s the problem (phys.org)
241. 长满牙齿的吻部让澳大利亚著名的穆塔布拉龙被重新定义为一个挑食的家伙 #Paleontology #& #Fossils 04-15 Toothy snout recasts Australia''s famed Muttaburrasaurus as a picky eater (phys.org)
242. 你会选择挽救更多生命，还是延长更多人的寿命？一项全球研究揭示了人们的真实想法 #Social #Sciences 04-15 Would you save more lives or more years of life? A global study reveals how people really think (phys.org)
243. 一名高中生设计出低成本茶包，用于去除水中的砷，从而帮助数百万民众 #Environment 04-15 High school student designs low-cost teabags to remove arsenic from water and help millions (phys.org)
244. 铜被射入百万度等离子体中，在原子恢复原状之前，瞬间剥离了22个电子 #Optics #& #Photonics 04-15 Copper blasted into a million-degree plasma strips away 22 electrons in a flash before atoms recover (phys.org)
245. 新研究呼吁在高等教育中推行“快乐教学法” #Social #Sciences 04-15 New study calls for a ''pedagogy of joy'' in higher education (phys.org)
246. 量子模拟成功解决了光子偏振翻转问题，但目前的硬件尚无法实现 #Optics #& #Photonics 04-15 Quantum simulations tackle photon polarization flip, but today''s hardware falls short (phys.org)
247. 一项新的遗传学发现揭示了为何某些植物天生就能在变暖的世界中生存下来 #Evolution 04-15 New genetic discovery reveals why some plants are born to survive in a warming world (phys.org)
248. 一种来自远古西班牙的微型掠食者，将鼬科动物的进化时间线延长了一倍 #Evolution 04-15 A tiny predator from ancient Spain just doubled the weasel family''s evolutionary timeline (phys.org)
249. 最新研究表明，散养昆虫有助于切实改善家禽福利 #Veterinary #medicine 04-15 Scattered insects offer practical boost to poultry welfare, new research shows (phys.org)
250. 海狸筑坝真的会加剧洪水吗？研究对将海狸视为洪水元凶的说法提出了质疑 #Environment 04-14 Do beaver dams really make flooding worse? Research casts doubt on beavers as flood culprits (phys.org)
251. 托斯卡纳地下发现超大岩浆库 #Earth #Sciences 04-14 Super magma reservoirs discovered beneath Tuscany (phys.org)
252. “我真的不知道该怎么回答这个问题”：为什么女性至今仍需为单身辩解？ #Social #Sciences 04-14 ''I never really know how to answer that'': Why do women still have to justify being single? (phys.org)
253. 一种以平克·弗洛伊德命名的微型壁蛛正在捕猎体型可达其六倍大的城市害虫 #Plants #& #Animals 04-14 A tiny wall spider named for Pink Floyd is hunting urban pests up to six times its size (phys.org)
254. 曾经仅存在于理论中的斯基尔米子或将开启超级计算机内存的新篇章 #Nanophysics 04-14 The once-theoretical skyrmion could unlock supercomputing memory (phys.org)
255. 暗物质会是由来自另一个宇宙的黑洞组成的吗？ #Astronomy 04-14 Could dark matter be made of black holes from a different universe? (phys.org)
256. 在一次敌对群体袭击导致一名幼崽死亡后，黑猩猩的“和平”声誉蒙上了阴影 #Plants #& #Animals 04-14 Bonobos'' peaceful reputation cracks after a rival group attack leaves an infant dead (phys.org)
257. 液滴撞击揭示了剪切增稠流体中令人惊讶的物理现象 #General #Physics 04-14 Droplet impacts reveal surprising physics in shear-thickening fluids (phys.org)
259. 人工智能发现了自组织细菌中隐藏的行为模式 #Cell #& #Microbiology 04-14 AI spots hidden behavior patterns in self-organizing bacteria (phys.org)
260. 研究人员推出一款由人工智能驱动的新系统，有望彻底改变珊瑚礁修复工作 #Ecology 04-14 Researchers unveil new AI-driven system set to transform coral reef restoration (phys.org)
261. 新一代原子钟海上测试成功 #Optics #& #Photonics 04-14 Next-generation atomic clock successfully tested at sea (phys.org)
262. 雾蒙蒙的、炎热的……还有荫凉？美国城市的行道树如何对抗空气污染和高温 #Environment 04-14 Hazy, hot and… shady? How street trees counteract air pollution and heat in American cities (phys.org)
263. 宇宙尘埃被确认为金星神秘低层雾霾的来源 #Planetary #Sciences 04-14 Cosmic dust identified as the source of Venus'' enigmatic lower haze (phys.org)
264. 自来水中持续四周的“安全”低水平全氟烷基和多氟烷基物质（PFAS）暴露改变了小鼠胚胎发育 #Environment 04-14 Four weeks of ''safe'' low-level PFAS exposure in tap water altered embryo development in mice (phys.org)
265. 蝙蝠的休憩时光：探秘池塘蝙蝠的隐秘生活 #Plants #& #Animals 04-14 Bats on a break: Tracking the secret life of pond bats (phys.org)
266. 水箱里的一团“液滴”正帮助科学家揭开湍流的奥秘 #General #Physics 04-14 A ''blob'' in a tank is helping scientists tease out the secrets of turbulence (phys.org)
267. 在嘈杂的水下调查期间，鲸鱼会保持沉默 #Plants #& #Animals 04-14 Whales go quiet during noisy underwater surveys (phys.org)
268. 最新研究发现，在雇主难以跟上时代步伐之际，员工正利用人工智能来提升职业发展空间 #Economics #& #Business 04-14 New research finds workers are leveraging AI for career mobility as employers struggle to keep pace (phys.org)
269. 塔斯马尼亚研究发现，已采伐的森林比原始森林燃烧得更严重 #Environment 04-14 Logged forests burn more severely than old growth, Tasmanian study finds (phys.org)
270. 钱德拉望远镜探测一颗明亮的低质量X射线双星的星际介质 #Astronomy 04-14 Chandra explores interstellar medium of a bright low-mass X-ray binary (phys.org)
271. 研究发现，人类尿液或可助力解决全球肥料和废水问题 #Environment 04-14 Human urine could help tackle global fertilizer and wastewater challenges, study finds (phys.org)
272. 理解反犹太主义的新模型可作为制定干预措施的框架和指南 #Social #Sciences 04-14 New model for understanding antisemitism can serve as framework, guide for developing interventions (phys.org)
273. “忘恩负义的肺鱼”：研究聚焦于为饥肠辘辘的远古鱼类寻找可持续的食物来源 #Plants #& #Animals 04-14 The ''ungrateful lungfish'': Study focuses on sustainable food sources for very hungry ancient fish (phys.org)
274. 并非“伟大的平等者”：青年劳工在近代早期瘟疫中受创最深 #Archaeology 04-14 No great equalizer: Young laborers were hit hardest by early modern plague (phys.org)
275. 在陨石中检测到的污染物（包括墨水）表明，样品制备工作需要改进 #Astrobiology 04-14 Contaminants, including ink, detected in meteorites suggest sample preparation needs improving (phys.org)
276. 古代墓葬与DNA揭示了超越遗传学范畴的家族纽带 #Archaeology 04-14 Ancient graves and DNA uncover family bonds that went beyond genetics (phys.org)
277. 来自恒星震动的研究结果为恒星中“化石化”磁场提供了理论依据 #Astronomy 04-14 Information from starquakes provides theoretical evidence for ''fossilized'' magnetism in stars (phys.org)
278. 一旦老板精疲力竭，整个团队就会失去干劲、信任和绩效 #Economics #& #Business 04-14 When the boss burns out, the whole team loses energy, trust and performance (phys.org)
279. 免费在线脂质网络旨在汇聚全球研究人员，加速国际合作 #Molecular #& #Computational #biology 04-14 Free online lipid network aims to unite researchers and speed collaboration worldwide (phys.org)
280. 可预见的不可预测性：为不断变化的世界培育抗逆性作物 #Agriculture 04-14 Predictably unpredictable: Building resilient crops for a changing world (phys.org)
281. 最新研究揭露了在监管不力的水域中，移民渔民遭受的致命剥削 #Social #Sciences 04-14 New research exposes the deadly exploitation of migrant fishers in poorly regulated waters (phys.org)
282. 构想公正的未来：该框架可在全球排放情景中明确体现分配正义 #Environment 04-14 Envisioning just futures: Framework can make distributive justice explicit in global emission scenarios (phys.org)
283. 隐蔽的土壤真菌如何“窃取”细菌DNA来调控降雨 #Environment 04-14 How hidden soil fungi ''steal'' bacterial DNA to control the rain (phys.org)
284. 新型“分子手柄”利用常见氨基酸构建复杂药物 #Biochemistry 04-14 New ''molecular handle'' uses common amino acid to build complex medicines (phys.org)
285. 为脆弱的酶构建“绿色”保护机制 #Biochemistry 04-14 Building ''green'' protection for fragile enzymes (phys.org)
286. 这种低成本的机器人化学系统可在任何实验室中构建和部署 #Analytical #Chemistry 04-14 Low-cost robotic chemistry system can be built and deployed in any lab (phys.org)
287. 一种新型水果清洗剂可去除农药并延长保质期 #Bio #& #Medicine 04-14 A new fruit wash removes pesticides and extends shelf life (phys.org)
288. 生成式人工智能可能会导致消费者调研结果趋于千篇一律且带有偏见 #Economics #& #Business 04-14 GenAI could push consumer research toward generic, biased results (phys.org)
289. 紧凑型CRISPR系统实现了靶向体内基因编辑，效率高达90% #Biotechnology 04-14 Compact CRISPR system unlocks targeted in-body gene editing, with up to 90% efficiency (phys.org)
290. 蛋白质聚集体重塑了细胞运动，并可能有助于细胞更快地合成氨基酸 #Cell #& #Microbiology 04-14 Protein clusters reshape cell movement and may help cells build amino acids faster (phys.org)
291. 最新研究发现，天空中的“河流”正引发更强烈且更易预测的洪水 #Environment 04-14 Rivers in the sky are driving stronger and more predictable floods, new study finds (phys.org)
292. DNA分析显示，苏格兰新石器时代的墓葬曾被用于追溯亲属关系——包括血统 #Archaeology 04-14 Scottish Neolithic tombs were used to trace kinship—including descent, DNA analysis reveals (phys.org)
293. 自相互作用暗物质或可解开三大宇宙谜题 #Astronomy 04-14 Self-interacting dark matter may solve three cosmic puzzles (phys.org)
294. 卫星数据显示，城市甲烷排放量的增长速度超过了官方估计 #Earth #Sciences 04-14 Satellites reveal city methane emissions are rising faster than official estimates (phys.org)
295. 平衡催化剂功能以改善二氧化碳低温合成甲醇的过程 #Analytical #Chemistry 04-14 Balancing catalyst functions for improved low-temperature methanol synthesis from carbon dioxide (phys.org)
296. 通过接纳不完美来设计更优秀的膜蛋白 #Biotechnology 04-14 Designing better membrane proteins by embracing imperfection (phys.org)
297. 微小的晶体缺陷解开了有机发光材料中存在数十年的谜团 #Analytical #Chemistry 04-14 Tiny crystal defects solve decades-old mystery in organic light emitters (phys.org)
298. 基于氧化物的传感器为更环保、更快速、更精准的食品质量检测开辟了新途径 #Bio #& #Medicine 04-14 Oxide-based sensor opens door to greener, faster, more accurate quality testing of food (phys.org)
299. 光照会使年轻豌豆茎变细，揭示了植物生长的新制约因素 #Molecular #& #Computational #biology 04-14 Light tightens young pea stems, revealing a new brake on plant growth (phys.org)
300. 随着二维缺陷揭示其隐藏的时序特性，量子传感器的精度得到提升 #Condensed #Matter 04-14 Quantum sensors get a precision boost as 2D defects reveal their hidden timing (phys.org)