1. 问答:解读细胞——与一位计算生物学家的对话 Q&A: Decoding the cell—a conversation with a computational biologist (phys.org)
2. 切尔诺贝利犬群表现出定向选择的遗传特征 Chornobyl dog population shows genetic signatures of directional selection (phys.org)
3. 新一代人工智能能否帮助规划未来的太空前哨站? Could next-gen artificial intelligence help map out future space outposts? (phys.org)
4. 相同的基团,不同的路径:X射线快照揭示了相邻分子如何影响其运动 Same radical, different paths: X-ray snapshots reveal how neighboring molecules shape its movement (phys.org)
5. 随着野火烟雾日益频繁,学校受到空气质量恶化的影响也越来越大 Schools increasingly affected by poor air quality as wildfire smoke becomes more common (phys.org)
6. 中世纪的鬼故事中常出现腐烂的尸体、行尸走肉以及偷勺子的幽灵 Medieval ghost stories featured rotten flesh, the walking dead and spoon‑stealing spirits (phys.org)
8. 无人机或可帮助气象预报员更准确地预测冬季风暴 Drones could help weather forecasters more accurately predict winter storms (phys.org)
9. 通过调控赤霉素的作用部位,揭示了这种植物激素如何协调根部生长 Controlling where gibberellin acts reveals how the plant hormone coordinates root growth (phys.org)
10. 关于一种“已灭绝”巨型鹤的身份之谜,这一延续了150年的谜团终于解开了 150-year-old mystery about the identity of an ''extinct'' giant crane solved (phys.org)
12. 为了给人类发展让路而迁移两栖动物和爬行动物,很少能取得长期的保护成效 Relocating amphibians and reptiles to make way for human development rarely delivers long-term conservation success (phys.org)
14. 一款基于物理原理的新型人工智能工具旨在实时预测野火蔓延情况,并协助野火应急响应 A new physics-informed AI tool aims to predict wildfire spread in real time and assist wildfire response (phys.org)
15. 可定制的DNA标记能有选择性地引导药物载体前往癌细胞 Customizable DNA labels can selectively guide drug carriers to cancer cells (phys.org)
17. “让一切永志不忘”:大屠杀幸存者的纪念册缅怀逝去的生命与充满生机的家乡 ''Let nothing be forgotten'': Holocaust survivors'' memorial books honored lives lost and vibrant hometowns (phys.org)
18. 科学家在一座水下山峰上统计到超过200万条鳗鱼 Scientists count more than 2 million eels on one underwater mountain (phys.org)
19. 研究发现,名人数字孪生体可能有助于提升客户对客服的信任度 Study finds celebrity digital twins may boost trust in customer service (phys.org)
22. 紫外线扫描揭示出一种天然清漆,它可能保存了肖维洞穴的古代壁画 UV scans uncover natural varnish that may have preserved ancient Chauvet Cave drawings (phys.org)
23. 超声波或许能解释“热木星”和“热海王星”的奇特轨道 Supersonic waves could explain the strange orbits of hot Jupiters and Neptunes (phys.org)
24. 美国成年人认为,区分创作者与网红的关键在于精湛的技艺和持之以恒的投入,而非名气。 US adults say craft and sustained commitment, not fame, separate creators from influencers (phys.org)
26. 模型显示,气候变化对2024年欧洲洪灾的影响比降雨更为显著 Climate change amplified 2024 European floods more than rainfall, models show (phys.org)
27. 伊顿大火可能导致近700万人接触到高浓度的铅 Eaton Fire may have exposed nearly 7 million people to elevated lead levels (phys.org)
29. 一种以斯蒂芬·科尔伯特命名的蜘蛛,其基因组比人类的大约大50% A spider named for Stephen Colbert has a genome about 50% larger than ours (phys.org)
31. 酵母与电能相结合,可将二氧化碳转化为一种用于生产可生物降解塑料的化学物质 Yeast paired with electricity can convert CO₂ into a chemical used in biodegradable plastics (phys.org)
32. 一项研究表明,小学作业可能加剧了教育不平等 Elementary school homework could be reinforcing educational inequality, study suggests (phys.org)
33. 岛屿孕育着地球近20%的生物多样性,但在保护策略中却仍被忽视 Islands harbor nearly 20% of Earth''s biodiversity, yet remain overlooked in conservation strategies (phys.org)
34. 进化生物学是如何成为“男性圈”的“非自愿盟友”的 How evolutionary biology became an unwilling ally of the manosphere (phys.org)
35. 当模拟结果不尽如人意时,这款光谱仪会自主学习 When simulations fall short, this spectrometer learns for itself (phys.org)
36. 氢原子:这种宇宙的“原材料”在地球上几乎不存在——如今我们已在烧瓶中合成了它 The hydrogen atom: The raw material of the universe barely exists on Earth—now we''ve made it in a flask (phys.org)
38. 细胞外囊泡的研究成果或许能揭示癌症的扩散机制 Extracellular vesicle discovery may shed light on how cancer spreads (phys.org)
39. 慢动作电子显微镜揭示了石墨烯中由光驱动的量子跃迁 Slow-motion electron camera reveals light-driven quantum jumps in graphene (phys.org)
40. 大学先修课程(AP)的性别差距正在缩小,但并非所有科目都如此 The Advanced Placement gender gap is narrowing but not across all subjects (phys.org)
41. 美国宇航局(NASA)系统工程团队详细介绍了“宜居世界观测台”任务架构 NASA systems engineering team details Habitable Worlds Observatory mission architecture (phys.org)
42. 2024年的太阳风暴在地球“不可穿透的屏障”内部引发了超相对论电子 2024 solar storm triggered ultrarelativistic electrons inside Earth''s ''impenetrable barrier'' (phys.org)
44. 便携式设备可准确、快速地检测水中的全氟烷基和多氟烷基物质(PFAS) Portable device accurately and rapidly detects PFAS in water (phys.org)
45. 引力场会断开并重新连接吗?爱因斯坦方程表明这是可能的 Can gravitational fields break and reconnect? Einstein''s equations suggest they can (phys.org)
46. 干旱期间,城市行道树的降温能力会大幅下降 Urban street trees lose much of their capacity to cool during droughts (phys.org)
47. 推出全球种子平台,以解决阻碍自然恢复的本土种子瓶颈问题 Launch of global seed platform to tackle native seed bottleneck holding back nature restoration (phys.org)
49. 出乎所有人意料,研究人员成功控制了单个原子的磁核 Against all expectations, researchers control the magnetic core of a single atom (phys.org)
50. 一种受自然启发的添加剂或有助于在冷冻和解冻过程中保护活细胞 Nature-inspired additive could help protect living cells during freezing and thawing (phys.org)
51. 历时60年的探索终于告一段落:化学家成功分离出长期难以捉摸的含硼-氧三键分子 A 60-year search is over: Chemists isolate long-elusive molecules with boron-oxygen triple bonds (phys.org)
52. 耳垢既滑又粘——这种奇特的组合或许能带来更安全的驱虫剂 Earwax is both slippery and sticky—this weird combo might lead to safer insect repellents (phys.org)
53. 琥珀化石揭示了古代澳大利亚大陆如何为东南亚热带森林的形成奠定基础 Amber fossils reveal how ancient Australian landmass helped seed Southeast Asia''s tropical forests (phys.org)
54. 印度尼西亚因厄尔尼诺现象引发的泥炭地火灾正让该地区窒息——并释放出积存了数个世纪的碳 Indonesia''s El Niño–driven peat fires are choking the region—and releasing centuries of stored carbon (phys.org)
55. 国家育儿支持战略有望加强澳大利亚在保护儿童方面的努力 National parenting support strategy could strengthen Australia''s efforts to protect children (phys.org)
56. 尽管气候变暖,青藏高原部分冻土区的冰层仍在增厚 Parts of Tibetan Plateau''s frozen ground are gaining ice despite warming (phys.org)
57. 当消费者搜索“环孢子虫”时,袋装沙拉的销量便会受到冲击 When consumers search ''cyclospora,'' bagged salad sales take the hit (phys.org)
58. 蚂蚁在饥饿时会优先为大脑供能,这与人类的表现模式相呼应 Ants prioritize brain energy during starvation, echoing pattern seen in humans (phys.org)
59. 新型饲料添加剂旨在解决蓝莓授粉后蜜蜂数量减少的问题 New feed supplement addresses honey bee declines after blueberry pollination (phys.org)
62. 研究发现,热浪会显著加速积雪融化,但各条河流的反应不尽相同 Study finds heat waves speed snowmelt substantially, but rivers respond unevenly (phys.org)
63. 鱼粉替代品旨在保护海洋野生动物免受过度捕捞之害 Fishmeal alternative aims to protect marine wildlife from overfishing (phys.org)
64. 激光扫描显示,枯枝会随着湿度的变化而升降 Dead tree branches rise and fall with changing humidity, laser scans reveal (phys.org)
65. 机器学习模拟揭示了塑料如何转化为坚硬的碳 Machine learning simulations reveal how plastic transforms into hard carbon (phys.org)
66. 人们为什么会自残?身心二元论或许能提供一些线索 Why do people self-harm? The mind-body divide might hold some clues (phys.org)
69. 一项新研究表明,彗星可能终究没有给地球带来生命 Comets probably didn''t seed life on Earth after all, new study suggests (phys.org)
70. 工程化白蛋白有助于延长治疗性蛋白质的半衰期,并使其穿过黏膜屏障 Engineered albumin helps a therapeutic protein last longer and cross mucosal barriers (phys.org)
71. 南半球主要海洋层发生位移,引发对热量和碳储存的质疑 Major Southern Hemisphere ocean layer shifts, raising questions about heat and carbon storage (phys.org)
72. DNA分析表明,栖息于根部的真菌可能是森林微生物群落中的关键物种 DNA analysis identifies root-dwelling fungi as potential keystone species in forest microbial communities (phys.org)
74. 数字工具和3D打印已成为循环经济研究中的关键主题 Digital tools and 3D printing emerge as key themes in circular economy research (phys.org)
76. 在许多以鬼怪为主题的旅游景点中,万圣节与历史交织在一起。这算是个问题吗? Halloween meets history in many ghostly tourism attractions. Is this a problem? (phys.org)
77. 蔷薇属植物是南非的一种有害杂草,但研究人员已更接近于找到一种天敌来防治它们 Brambles are a problem weed in South Africa, but researchers are closer to finding a natural enemy to manage them (phys.org)
78. 研究人员利用由生物电池和太阳能驱动的系统,在田间生产尿素 Researchers produce urea in the field using system powered by biobatteries and solar energy (phys.org)
79. 研究人员发现了部分青蛙为何得以逃过当前两栖动物大规模灭绝的原因 Researchers discover why some frogs have escaped the current amphibian mass extinction (phys.org)
81. 报告显示,强厄尔尼诺现象可能对水、粮食和电力供应构成威胁 Report indicates water, food and power at risk by strong El Niño (phys.org)
82. 成本超支不仅仅是因为能力不足、官僚主义和恶意 Cost overruns aren''t just due to incompetence, bureaucracy and bad faith (phys.org)
83. 仅靠惩罚无法帮助涉黑青少年——一名前儿童兵解释了原因 Punishment alone won''t help gang‑involved teens—a former child soldier explains why (phys.org)
84. 气候对健康造成的危害已超过应对措施,这促使人们呼吁宣布全球卫生紧急状态 Climate health harms outpace action, prompting calls for global health emergency (phys.org)
85. 利用高科技地震传感器解读呼啦圈运动中奇特的物理现象 Decoding the loopy physics of hula hooping with high-tech earthquake sensors (phys.org)
86. 我们研究了1,584个数据中心——并发现这些充斥着机器的建筑与当地就业的温和增长有关 We studied 1,584 data centers—and found the buildings full of machines are tied to modest local job growth (phys.org)
87. 德国西南部的生物多样性热点地区正逐渐丧失其物种丰富度 Biodiversity hotspots in southwestern Germany are losing their species richness (phys.org)
88. 在泛大陆时代,地球“恒温器”的运作方式可能发生了变化 The way Earth''s ''thermostat'' works may have changed during Pangea era (phys.org)
89. 相同的囊泡,不同的行为:模型揭示了自发不对称性如何产生类生命行为 Identical vesicles, different behaviors: Model reveals how spontaneous asymmetry gives rise to lifelike behavior (phys.org)
90. 大脑会让你看到鬼吗?“血腥玛丽”传说的科学依据 Can your brain make you see ghosts? The science behind the Bloody Mary legend (phys.org)
91. 一个“简单的方法”让质谱成像不再需要靠猜测 A ''simple recipe'' takes some of the guesswork out of mass spectrometry imaging (phys.org)
92. 鲁宾天文台公布了太阳系中首个矮行星候选天体 Rubin Observatory reveals its first dwarf planet candidate in our solar system (phys.org)
93. 针对英国“无烟一代”咨询的4条反馈中,有3条是由AI机器人生成的 3 out of 4 responses to UK smoke-free generation consultation were AI bot-generated (phys.org)
94. 开放式数据库通过标准化数十年的卫星数据,追踪地球的水循环 Open database tracks Earth''s water cycle by standardizing decades of satellite data (phys.org)
95. 在河岸上植树能否拯救鲑鱼河免受全球变暖的影响? Can planting trees on riverbanks save salmon rivers from global warming? (phys.org)
96. 反离子捕获反应物,以促进稀溶液中的光驱动化学反应 Counteranion captures reactants to boost light-driven chemistry in dilute solutions (phys.org)
97. 围绕一颗死星运行的双碎片盘预示着我们太阳系的未来 Double debris disk orbiting a dead star hints at our solar system''s future (phys.org)
98. 底拖网渔船对海底山脉的生物群落造成了巨大破坏。这种情况是否终于有望结束? Bottom trawlers do huge damage to life on undersea mountains. Could an end finally be in sight? (phys.org)
99. 一种新的可可品种或有助于保护全球巧克力供应免受病害影响 New cacao variety could help protect global chocolate supply from disease (phys.org)
100. 帮助患有阅读障碍的儿童,首先要从培训他们的教师做起 Supporting children with dyslexia starts with preparing their teachers (phys.org)
101. 人工智能和卫星数据或能帮助佛罗里达州更早预警有毒赤潮 AI and satellite data could give Florida earlier warnings of toxic red tides (phys.org)
102. 科学家发现了一种利用光在原子级薄材料中控制磁性和拓扑性质的新方法 Scientists uncover new way to control magnetism and topology using light in atomically thin materials (phys.org)
103. “极端风险保护令”旨在预防枪支暴力。但这些命令对受其约束的人会产生什么影响呢? Extreme risk protection orders are designed to prevent gun violence. But how do they impact the people subject to them? (phys.org)
104. 该研究所的微生物菌种库中发现了一种潜在的抗疟疾化合物 Potential antimalarial compound discovered in institute''s microbe collection (phys.org)
105. 光控刹车使随机分子运动速度减慢30万倍 Light-controlled brake makes random molecular motion 300,000 times slower (phys.org)
106. 人们虽受不可靠信息的影响,却仍意识到这些信息对其决策的影响 People are influenced by unreliable information yet remain aware of its influence on their decisions (phys.org)
107. 一项研究发现,人们通常并不认为参观博物馆是一件无聊的事 Museum visits are generally not perceived as boring, study finds (phys.org)
109. 微小液滴利用压力为可降解塑料开辟了新途径 Tiny droplets use pressure to unlock new routes to degradable plastics (phys.org)
110. “灯塔效应”:重新思考“给人留下深刻印象”的含义 The beacon effect: Rethinking what it means to make an impression (phys.org)
111. 一项关于加拿大英语的新调查显示了50年来发生的变化 A new survey of Canadian English shows what has changed in 50 years (phys.org)
112. 我们如何重写已故艺术家的记忆——但不会重写他们的艺术作品 How we rewrite memories of fallen artists—but not their art (phys.org)
113. 全球分析显示,城市基础设施的增长速度慢于人口增长 Urban infrastructure grows more slowly than population, global analysis finds (phys.org)
115. 计算模型将纳米结构的研究范围扩展到了经典层状体系之外 Computational model extends the study of nanostructures beyond classic layered systems (phys.org)
116. 利用人工智能设计的工具对水稻进行基因编辑后,水稻植株能够抵御毁灭性病害 Rice plants can fight off devastating disease after gene editing with AI-designed tool (phys.org)
117. 厄瓜多尔古代基因组揭示了太平洋沿岸1500年的遗传连续性 Ancient Ecuadorian genomes reveal 1,500 years of genetic continuity along Pacific coast (phys.org)
118. 是什么让我们成为人类?研究人员对比了人类与大猿的大脑发育情况 What makes us human? Researchers compare brain development in humans and great apes (phys.org)
119. 自主交会对接系统在实验室测试中成功应对了模拟的航天器故障 Autonomous rendezvous system overcomes simulated spacecraft failures in lab tests (phys.org)
120. 鱼类的合作行为:研究揭示了一种主要见于鸟类和哺乳动物的社会复杂性 Cooperation in fish: Study reveals a social complexity seen mainly in birds, mammals (phys.org)
121. 同一种物种,不同的气候风险:为何植物保护需要区域性策略 Same species, different climate risks: Why plant conservation needs regional strategies (phys.org)
122. 可重复使用的钯催化剂使化学合成更加直接 Reusable palladium catalyst enables more direct chemical synthesis (phys.org)
123. 本土无刺蜂如何助力应对抗菌药物耐药性 How native stingless bees are helping to combat antimicrobial resistance (phys.org)
124. 新的生物多样性框架旨在评估景观能够支撑什么,而不仅仅是评估那里生活着什么 New biodiversity framework estimates what landscapes could support, not just what lives there (phys.org)
125. GenoBridge 通过简化的基因组分析流程,优化了植物性状预测 GenoBridge streamlines plant trait prediction with a simplified genomic analysis pipeline (phys.org)
126. SPINE:一款机器学习程序正在追踪“幽灵粒子”的踪迹 SPINE: A machine-learning program is on the trail of ghost particles (phys.org)
127. 科学家发现了一种由抗癌药物稳定的微管中隐藏的弱点 Scientists discover hidden weaknesses in microtubules stabilized by a cancer drug (phys.org)
129. 古生物学家揭示了眼部色素在脊椎动物进化中的隐秘作用 Paleontologists reveal the hidden role of eye pigments in vertebrate evolution (phys.org)
130. 量子门以6.8纳秒的速度创下新纪录,准确率超过99.98% Quantum gates set speed record at 6.8 nanoseconds with over 99.98% accuracy (phys.org)
133. 植物源抗菌剂有助于控制家禽养殖中的抗生素耐药性 Plant-based antimicrobial helps control antibiotic resistance in poultry production (phys.org)
134. 微型弹簧将易碎的硅转化为柔性的太赫兹超材料 Microscopic springs transform fragile silicon into a flexible terahertz metamaterial (phys.org)
136. 一项为期十年的研究显示,黑猩猩雌性比雄性更常进行狩猎 Bonobo females hunt more than males, decade-long study reveals (phys.org)
137. 为什么雄蚊会被雌蚊翅膀拍打的声音吸引 Why male mosquitoes are attracted to the sound of female wingbeats (phys.org)
139. 一具看起来像迷你版霸王龙的恐龙化石刚刚以4700万美元的天价成交 A dinosaur fossil that looks like a mini T. rex just sold for a giant 47 million (phys.org)
140. 量子传感器环路设计有望提升医疗和通信领域的磁场测量精度 Quantum sensor loop design could improve magnetic measurements for medicine and communications (phys.org)
142. 海洋变暖和草食性鱼类的取食导致日本伊豆半岛沿岸的海带林崩溃 Ocean warming and herbivorous fish grazing drive kelp forest collapse along Japan''s Izu Peninsula (phys.org)
143. 无金属磁传感器可安全植入体内,用于无线监测 Metal-free magnetic sensor can be safely implanted for wireless monitoring (phys.org)
144. 一项新研究揭示了南露脊鲸在选择哺乳地点方面的行为变化 New study reveals behavioral shift in southern right whales'' selection of nursing sites (phys.org)
148. 《生命图谱》:新报告指出,保护全球生物多样性仍需取得更多进展 Map of Life: More progress needed to safeguard global biodiversity, new report finds (phys.org)
150. 生成式人工智能与旅行规划:人工智能助手应该为我们制定行程吗? GenAI and travel planning: Should AI agents build our itineraries? (phys.org)
151. “毅力”号为保护宇航员免受火星超细尘埃侵害提供了线索 Perseverance offers clues to protect crews from ultrafine Mars dust (phys.org)
152. 一项研究显示,选举预测专家缺乏关于全国民情如何影响各参议院竞选的历史数据 Election forecasters lack historical data on how national mood drives each senate race, study shows (phys.org)
155. 科学家揭示了风力涡轮机导致蝙蝠死亡数量之惊人 Scientists reveal the staggering number of bat deaths at wind turbines (phys.org)
157. 1.21亿年前的化石表明,长翼龙没有尾羽 121-million-year-old fossils suggest Longipteryx had no tail feathers (phys.org)
158. 杂乱的益处:为什么家里稍微有点乱反而对你有好处 The upside of untidiness: Why a little mess can be good for your home (phys.org)
159. 射电图像揭示了隐藏在参宿四阴影中的神秘伴星所引发的扰动 Radio images reveal disturbances from Betelgeuse''s mysterious companion that lurks within its shadows (phys.org)
160. 一名技术人员破解了这桩长达1600年的谜团,成功再现了罗马玻璃杰作的变色效果 Technician cracks 1,600-year-old mystery to replicate color-changing effect of Roman glass masterpiece (phys.org)
162. 贝壳生长的数学原理——仅凭三个输入参数即可再现多种多样的软体动物贝壳 The mathematics of growing a shell—recreating diverse mollusk shells with just three inputs (phys.org)
163. 视而不见:蓄意无知如何助长非法烟草贸易 See no evil: How willful ignorance supports the illegal tobacco trade (phys.org)
164. 人人都能进行分子对接:分子对接平台将蛋白质结合预测功能带到了智能手机、平板电脑和电脑上 Anyone Can Dock: Molecular docking platform brings protein-binding predictions to smartphones, tablets and computers (phys.org)
166. 2026年,由于降雪量创历史新低且气温偏高,科罗拉多州的冰川厚度急剧减少 Colorado''s glaciers thinned dramatically due to record-low snow and heat in 2026 (phys.org)
167. 韦伯望远镜通过相似的冰特征,将星际彗星3I/ATLAS与海王星外行星联系起来 Webb links interstellar comet 3I/ATLAS to worlds beyond Neptune through similar ice signatures (phys.org)
168. 众包合作:利用人工智能和社交媒体寻找潜在的品牌合作伙伴 Crowdsourced collaborations: Using AI, social media to find potential brand partners (phys.org)
169. 古代断层表明,地震产生的热量可能会加剧引发海啸的滑动 Ancient fault suggests earthquake heating may amplify tsunami-triggering slip (phys.org)
170. 白皮书中概述了用于制定博士研究问题陈述的精益六西格玛框架 Lean Six Sigma framework for developing doctoral research problem statements outlined in white paper (phys.org)
171. 1904年的一道数学谜题以镶满黄金的氦气液滴的形式呈现出来 Mathematical puzzle from 1904 takes physical form in gold-studded helium droplets (phys.org)
172. 南澳大利亚的一种马陆在首次采集90年后被重新发现并描述 Millipede from South Australia rediscovered and described 90 years after it was first collected (phys.org)
173. 纳米级褶皱和驱动作用可破坏植入物表面的致病性生物膜 Nano-wrinkles and actuation break up infectious biofilms on implants (phys.org)
175. 一种“多孔锚固体”,可通过简单的涂覆和干燥工艺将不同材料牢固地结合在一起 ''Porous anchor'' that strongly bonds dissimilar materials formed simply by coating and drying (phys.org)
176. 一种低成本工具可帮助人们在海啸发生时规划出成功的疏散路线 A low-cost tool can help people plan successful evacuation routes during a tsunami (phys.org)
177. 新型转换器有望弥合量子通信中的光波长差距 New converter could bridge light wavelength gap in quantum communications (phys.org)
178. 研究发现,贫困的成长经历并不必然决定政客对不平等现象的理解 Growing up poor does not automatically shape how politicians understand inequality, study finds (phys.org)
180. 问答:人工智能是否让学习变得更难?一位前高管希望每位学生都知道什么 Q&A: Is AI making it harder to learn? What a former executive wants every student to know (phys.org)
181. 研究发现,邮政服务延误导致华盛顿州数万张选票面临被拒的风险 Postal Service delays put tens of thousands of WA ballots at risk of rejection, research finds (phys.org)
182. 无线电波驱动的聚变等离子体电流有望帮助反应堆实现连续运行 Radio waves drive a fusion plasma current that could help reactors run continuously (phys.org)
187. 阿南古传统土地所有者与科学家携手合作,共同探究乌鲁鲁地区大规模植物枯萎现象 Anangu traditional owners and scientists join forces to understand mass plant dieback at Uluru (phys.org)
188. 问答:为什么大脑右半球控制身体左侧? Q&A: Why does the right side of the brain control the left side of the body? (phys.org)
189. 社交媒体分析揭示了在长期冲突中国际团结如何发生变化 Social media analysis reveals how international solidarity shifts during prolonged conflict (phys.org)
190. 跨级会议或许能赢得被绕过的管理者的支持,但具体如何开展至关重要 Skip-level meetings may win bypassed managers'' support, but how they are done matters (phys.org)
191. 斯坦福监狱实验:为何这些备受争议的心理学研究至今仍对我们有着如此深远的影响? Stanford prison experiment: Why do controversial psychology studies still have such a hold on us? (phys.org)
192. 旅行平台上的社交媒体在促进Z世代积极的情感参与时,可以提升他们的幸福感 Social media on travel platforms can boost Gen Z well-being when it encourages positive emotional engagement (phys.org)
193. 一项长期分析对日本的减少人口政策能否稳定萎缩中的社区提出了质疑 Long-term analysis questions whether Japan''s depopulation policy can stabilize shrinking communities (phys.org)
195. “假灵芝”真相大白:科学家破解了这起药用蘑菇混淆事件背后长达245年的谜团 False lingzhi unmasked: Scientists crack the 245-year mystery behind a medicinal mushroom mix-up (phys.org)
197. 一位动物学家对巴拿马野生蝙蝠的研究,突显了利用相关指标指导蝙蝠保护工作的重要性 Zoologist''s study of wild Panamanian bats highlights use of metrics to inform bat conservation (phys.org)
199. 砖厂出土的化石揭示了一种新恐龙物种,该物种在1.25亿年前曾栖息于英格兰的湿地 Fossils from brickworks reveal new dinosaur species that roamed England''s wetlands 125 million years ago (phys.org)
200. 全球首台私人空间望远镜的27个系外行星观测目标 27 exoplanet targets for the world''s first private space telescope (phys.org)
201. 新型二元基因表达系统可实现对多种细胞类型的独立调控 New binary gene expression system enables independent control of multiple cell types (phys.org)
202. 干旱迫使牧场主做出艰难抉择:我们的模型显示了其对不平等的影响 Drought forces livestock farmers to make tough decisions: Our model shows the impact on inequality (phys.org)
203. 南非的“与狮子亲密接触”产业:我们花了三年时间进行调查,以下是我们的调查结果 South Africa''s lion-petting industry: We spent three years investigating and here''s what we found (phys.org)
204. 自恋者的大脑内部:fMRI研究揭示了自恋者在共情方面的困境 Inside the narcissistic brain: fMRI research sheds light on the narcissist''s struggle with empathy (phys.org)
205. 水变燃料:有望提升绿色氢能品质的新型纳米材料 Water into fuel: The new nanomaterial that could upgrade green hydrogen (phys.org)
206. 发光的幽灵还是化学工具?维多利亚时代降神会背后的有毒化学反应 Glowing ghoul or chemical tool? The toxic chemistry behind Victorian séances (phys.org)
207. 与朋友面对面相处的时间是预测大学生能否茁壮成长的最重要因素 Spending in‑person time with friends is the biggest predictor of whether college students flourish (phys.org)
208. 16年的数据表明,淡水流动重塑了库隆地区的藻类群落 Freshwater flows reshape Coorong algae communities, 16 years of data reveal (phys.org)
210. 扩大大麻种植有望改善肯塔基州的水质并提升生态多样性 Expanding hemp could boost Kentucky water quality and ecological diversity (phys.org)
211. 金属透镜显微镜通过电压而非移动光学元件来调节焦距 Metalens microscope switches focus with voltage, not moving optics (phys.org)
212. 超越试错法:整合计算、加工与人工智能来设计高熵合金 Beyond trial and error: Integrating computation, processing, and AI to design high-entropy alloys (phys.org)
213. 沉默的细菌基因为未来抗癌药物的研发提供了潜在线索 Silent bacterial genes yield potential leads for future cancer drugs (phys.org)
214. 基于光的监测技术有望提升实验室培育替代软骨的质量检测水平 Light-based monitoring could improve quality checks for lab-grown replacement cartilage (phys.org)
215. 猫真的能靠纯素饮食茁壮成长吗?安德鲁·奈特教授回应批评者 Can cats really thrive on vegan diets? Professor Andrew Knight responds to critics (phys.org)
216. 阿勒颇松面临威胁:气候影响比预期提前数十年出现 Aleppo pine at risk: Climate impacts arrive decades earlier than projected (phys.org)
217. 拥抱大树并非必要:当今环保工匠真正关心的事情 Tree‑hugging optional: What today''s green tradespeople actually care about (phys.org)
218. 单个光学元件集成了软X射线成像与光谱分析功能 Single optical element combines soft X-ray imaging and spectroscopy (phys.org)
219. 模拟研究揭示了高性能DNA微粒马达的设计规律 Simulations reveal design rules for high-performance DNA particle motors (phys.org)
220. 共享含水层、边境热点地区:科学家表示,应在抽取地下水的地区开展合作 Shared aquifers, border hotspots: Cooperation should follow where groundwater is pumped, scientists say (phys.org)
221. 保持水分子之间的连接可减少碳电极的腐蚀 Keeping water molecules connected reduces carbon electrode corrosion (phys.org)
222. 从海水中制取氢气:低成本催化剂有望降低能耗并耐腐蚀 Hydrogen production from seawater: Low-cost catalyst could cut energy use and resist corrosion (phys.org)
223. 最新研究发现,不列颠哥伦比亚省的三文鱼养殖场频繁发生疫情,危及野生三文鱼 New research finds frequent disease outbreaks in B.C. salmon farms, endangering wild salmon (phys.org)
224. 植物学家们在加蓬郁郁葱葱的雨林中展开全面考察,大自然的命运岌岌可危 Botanists comb Gabon''s rich rainforests with nature on the line (phys.org)
226. 随着年龄增长,科学家们开展的颠覆性研究虽减少了,但他们的突破性成果却更有可能经得起时间考验 Scientists produce less disruptive research as they age, but their breakthroughs are more likely to last (phys.org)
227. 隐藏的染色体结构揭示了线虫在DNA组织方式上的更高复杂性 Hidden chromosome structures reveal greater complexity in how roundworms organize DNA (phys.org)
229. 祖先无处不在——数百万逝者仍萦绕在 Americans 的记忆中 Ancestors all around—millions of dead people linger in Americans'' memories (phys.org)
230. 人工智能驱动的机器人实验室为研发新一代耐热涂层铺平了道路 AI-powered robotic laboratory paves the way for discovering next-generation heat-resistant coatings (phys.org)
231. 跳蛛身上出现了两种截然不同的睡眠阶段,其中包括一种类似快速眼动睡眠(REM)的状态 Two distinct sleep stages emerge in jumping spider, including a REM-like state (phys.org)
232. 审计发现,物理、化学、工程和计算机领域的期刊中存在涉嫌捏造参考文献的情况 Audit reveals suspected fabricated references across physics, chemistry, engineering and computing journals (phys.org)
233. 仅靠保护是不够的——建立综合保护景观才是关键 Protecting isn''t enough—creating integrated conservation landscapes is key (phys.org)
234. 维多利亚时代的灵学利用了人们渴望超越死亡的愿望,以此开辟了新的牟利途径 Victorian spiritualism capitalized on the desire to transcend death to create new ways of making money (phys.org)
235. 鞋子如何改变我们的骨骼——这又向我们揭示了关于行走进化的什么信息 How shoes change our bones—and what that tells us about the evolution of walking (phys.org)
237. 英国1972年的教育改革可能使半个世纪后的痴呆症确诊率有所下降 Britain''s 1972 school reform may have lowered dementia diagnoses half a century later (phys.org)
238. 日本最大规模的海洋DNA研究发现,有126种鱼类的分布范围比此前记录的更靠北 Japan''s largest marine DNA study detects 126 fish species farther north than previously recorded (phys.org)
239. 化石表明,2.37亿年前,一种装甲两栖动物完全生活在海洋中 Armored amphibian lived entirely at sea 237 million years ago, fossils suggest (phys.org)
240. 物理学家揭示了神经退行性疾病中神经纤维生长的新范式 Physicists reveal new paradigm for fiber growth in neurodegenerative diseases (phys.org)
241. 一家美国初创公司打算在天黑后出售阳光。谁有发言权? An American startup wants to sell sunlight after dark. Who gets a say? (phys.org)
243. 沉积岩芯显示,火山喷发比古代寒冷期早了约150年 Sediment core reveals volcanic eruption preceded ancient cold spell by about 150 years (phys.org)
244. 虽然有些桉树很难被杀死,但气候变化可能会考验其他桉树的生存能力 While some eucalypts are hard to kill, climate change may test the ability of others to survive (phys.org)
246. 被发现向精子细胞输送遗传物质的蛋白质纤维——这是阿尔茨海默病的标志性特征 Protein fibers, a hallmark of Alzheimer''s, spotted making genetic deliveries to sperm cells (phys.org)
247. 植物在不同生殖策略之间的转换可能比人们想象的要容易 Plants may switch between reproductive strategies more easily than thought (phys.org)
248. 脑刺激会暂时改变人们对女性色情图像的感知 Brain stimulation temporarily changes perception of sexualized images of women (phys.org)
251. 铁含量微小的变化会使一种潜在的存储材料在两种相互竞争的磁态之间发生转换 Tiny shifts in iron content tip a potential memory material between competing magnetic states (phys.org)
252. 热预处理可提高番茄在反复遭受热胁迫后的耐热性和产量 Thermal priming enhances heat tolerance and yield in tomatoes after recurrent heat stress (phys.org)
253. “电子候诊室”有助于蓝色二氧化钛更长时间地储存光能 An ''electron waiting room'' helps blue titanium dioxide hold light energy longer (phys.org)
254. 研究人员发现,大麦种子可能将抗杀菌剂的病害传播到下一季作物中 Barley seed could carry fungicide-resistant disease into next crop, researchers find (phys.org)
255. 超前于时代:仅基于2018年前的研究,AI却标记出了在后续实验中报道的氢催化剂 Ahead of their time: Restricted to pre-2018 research, AI flags hydrogen catalyst reported in later experiments (phys.org)
257. 多一个量子点有助于在自旋量子比特中平衡速度与稳定性 One extra quantum dot helps balance speed and stability in spin qubits (phys.org)
258. 詹姆斯·韦伯空间望远镜(JWST)和阿塔卡马大型毫米波/亚毫米波阵列(ALMA)揭示了早期宇宙中一个布满尘埃且快速增长的黑洞 JWST and ALMA reveal a dusty, rapidly growing black hole in the early universe (phys.org)
259. 我们真的能预测未来吗?超过一百万条预测提供了线索,但并非定论 Can we really predict the future? Over one million forecasts offer clues, not certainty (phys.org)
260. 研究人员改进了从精密切割的肺切片中提取RNA的方法 Researchers improve RNA extraction from precision-cut lung slices (phys.org)
261. 雨水花园为东京周边的城市雨水管理提供了一种平衡的解决方案 Rain gardens offer a balanced solution for managing urban stormwater near Tokyo (phys.org)
263. 一项新的全州范围激光雷达研究确定了加利福尼亚州沿海悬崖后退的热点区域 New statewide lidar study identifies hot spots for California coastal cliff retreat (phys.org)
264. 新冠疫情后,美国老年人群中的自杀未遂和自杀意念显著增加 Suicide attempts, ideation spiked significantly among older U.S. adults after COVID-19 pandemic (phys.org)
265. 自私和慷慨都会扭曲我们对自己所产生影响的看法,但自私的观点更具传染性 Both selfishness and generosity distort how we see our impact, but the selfish view is more contagious (phys.org)
266. 问答:谈到民主倒退,我们的联邦制是一把双刃剑 Q&A: When it comes to democratic backsliding, our federalist system is a two-way street (phys.org)
267. DNP教育中的正念:培养高级实践中的韧性与领导力 Mindfulness in DNP education: Cultivating resilience and leadership in advanced practice (phys.org)
268. FAST和阿雷西博望远镜发现了一处可能存在巨量氢储备的暗星系 FAST and Arecibo point to possible dark galaxy with vast hydrogen reservoir (phys.org)
269. “Lumina”模拟以创纪录的规模将早期宇宙生动地呈现出来 Lumina simulation brings the early universe to life on a record-breaking scale (phys.org)
270. 经验丰富的教师正在辞职或减少工作时间——他们正竭力应对这一局面 Experienced teachers are quitting or reducing their hours—they''re struggling to cope (phys.org)
272. 全球评估报告显示,如果不采取果断行动,澳大利亚珊瑚礁将在50年内面临崩溃的风险 Australian coral reefs face risk of collapse within 50 years without drastic action, global assessment finds (phys.org)
273. 超电流技术能够在不破坏量子信息的情况下读取量子信息 Supercurrent enables the reading of quantum information without destroying it (phys.org)
275. 风暴肆虐欧洲,导致电力供应、航班和电话通信受阻 Storms batter Europe, hitting power supplies, flights and phones (phys.org)
277. 银河系的盘呈“倒置”状态,年轻恒星在越来越薄的层中形成 Milky Way''s disk grew ''upside down,'' with younger stars forming in ever-thinner layers (phys.org)
278. 筛查工具衡量不利处境的方式,可能导致农村社区在公共支持中被忽视 How screening tools measure disadvantage may leave rural communities overlooked for public support (phys.org)
279. 在硅基无铅超晶格中发现了极地涡旋的模式 Patterns of polar vortices discovered in lead-free superlattices on silicon (phys.org)
280. 仅仅保护儿童免受伤害是不够的——福利体系必须通过优质的心理健康服务来支持儿童的康复 Protecting children from harm isn''t enough—welfare systems must support healing through quality mental health care (phys.org)
281. 短短几秒的加载时间就可能让在线学习者偏离正轨 A few seconds of loading time can push online learners off track (phys.org)
283. 南部非洲已知最早的模板岩画被发现,竟一直隐藏在众目睽睽之下 Southern Africa''s first known stenciled rock art found hiding in plain sight (phys.org)
284. 仅2024年,全球地下二氧化碳封存量就创下4360万吨的纪录 Global underground CO₂ storage hit record 43.6 million metric tons in 2024 alone (phys.org)
285. 受海参启发的凝胶或可帮助修复人体受损组织 Sea cucumber–inspired gel could help heal damaged tissue in humans (phys.org)
286. 谁应该有权决定拯救哪些物种?加州秃鹫为全球生物多样性条约提供了启示 Who should have a say in which species are saved? The California condor offers lessons for a global biodiversity treaty (phys.org)
287. 甜椒的颜色反映了其甜度、营养成分和成熟度的差异 Bell pepper colors reveal differences in sweetness, nutrients and ripeness (phys.org)
288. 试验揭示了为何在不锈钢中添加钛无法完全防止点蚀 Tests reveal why titanium additions do not fully prevent pitting corrosion in stainless steel (phys.org)
289. 单个X射线脉冲利用一台相机揭示了跨尺度的等离子体纳米结构 Single X-ray pulse reveals plasma nanostructures across scales with one camera (phys.org)
291. “单正电子回旋加速器”或可验证标准模型的一项关键预测 ''One-positron cyclotron'' could test a key prediction of the Standard Model (phys.org)
292. 新发现的蛋白质通路有助于艾滋病毒在治疗期间仍能隐匿 Newly identified protein pathway helps HIV stay hidden despite treatment (phys.org)
293. 通过纳米级合金重新设计解决冷脆问题,以满足深空和深海应用的需求 Nanoscale alloy redesign tackles cold brittleness for potential deep-space and deep-sea applications (phys.org)
294. 全球性分析发现:海鸟系谱比饮食更能预测哪些物种更容易积累塑料 Seabird family tree predicts which species accumulate plastic better than diet, global analysis finds (phys.org)
295. 古代石笋揭示了过去45万年来亚洲-南美洲季风“摇摆”现象中的例外情况 Ancient stalagmites reveal exceptions to Asia–South America monsoon seesaw over the past 450,000 years (phys.org)
296. 研究发现,更清洁的砖窑虽能减少污染,但工人并未从中受益 Cleaner brick kilns cut pollution, but gains did not reach workers, research finds (phys.org)
297. 英国发现的新种长爪恐龙是欧洲首个此类物种 New long‑clawed British dinosaur is the first of its kind in Europe (phys.org)
298. 在虚拟现实测试中,挥舞虚拟光剑和出拳有助于提升基于模式的学习效果 Swinging virtual lightsabers and punching improve pattern-based learning in VR tests (phys.org)
300. 美国宇航局(NASA)正效仿“阿波罗计划”的紧迫感,力争在两年内建成月球基地并实现宇航员登月 NASA adopting Apollo''s urgency to build a moon base and land astronauts within 2 years (phys.org)