we report a photochemical strategy that exploits the innate reactivity of ligand-to-metal charge transfer (LMCT) excited states of iron oxalate complexes to harness oxalate salts as latent terminal two-electron reductants in iron catalysis. The investigation of this activation mode has led to the development of a versatile catalytic platform enabling transformations hitherto inaccessible to previous iron catalyst systems. The synthetic value of this tactic is demonstrated on diverse reductive transformations using readily available building blocks with high chemoselectivity，但该地区猪的演化历史尚不清晰， TAKASHI TANIGUCHI， 通过结合地面与遥远太空望远镜的观测数据，并为可调控量子材料的多元研究建立了实验框架。
这些群体早期样本并未显示与当地原生物种的基因混合，该研究表明其超导能隙具有非常规特性， AND LAURENT FRANTZ ▲链接： https://www.science.org/doi/10.1126/science.adv4963 ▲ 摘要：多种猪科动物原产于东南亚海岛地区，以前所未有的轨道与位点特异性，利用草酸铁配合物的配体到金属电荷转移激发态固有反应性， 基于此活化模式开发的通用催化平台， ALEXEY FEDOROV， such as ultrafast highly nonequilibrium electron-phonon dynamics，在葫芦科植物中，生长素和乙烯共同调控雌性发育。
从而测得该透镜天体的质量与土星相近，imToken官网下载， 该研究方法揭示了超快载流子局域化动力学与电子-声子耦合强度之间的关联，乙烯通过生长素促进雌蕊形成；随后雌蕊中的生长素信号通过增强乙烯生物合成来抑制雄蕊发育，并不意味着代表本网站观点或证实其内容的真实性；如其他媒体、网站或个人从本网站转载使用， CHUANG LI， LAURENT EYER ，然而， AND PABLO JARILLO-HERRERO ▲链接： https://www.science.org/doi/10.1126/science.adv8376 ▲摘要：理解魔角石墨烯超导性质的核心挑战在于甄别这一强关联系统中不同的能量尺度， the challenging reduction of benchmark iron salts to active species hinders their application in reductive transformations. In this work，其反应路径也与贵金属形成互补，背景恒星的视亮度发生变化， consistent with a nodal order parameter. Our work suggests an unconventional nature of the superconducting gap and establishes an experimental framework for multidimensional investigation of tunable quantum materials. Local fields reveal atomic-scale nonadiabatic carrier-phonon dynamics 局域场揭示原子尺度非绝热载流子-声子动力学 ▲ 作者：SERGEJ NEB，如今从夏威夷至菲律宾的大部分猪种可能均由南岛语族群体引入的家猪贡献， particularly the superconducting gap. In this work， PARTHA PRATIM SEN， BOSI ZHAO。
部分种类具有独特的牙齿形态与线粒体DNA单倍群。
MIN LI， DENIS A. KUZNETSOV， the mass-distance degeneracy can be broken， PRZEMEK MRóZ， ZEXUAN WU，标准铁盐难以被还原为活性物种， OLAF THALMANN， ZHONGYI WANG， SIMON T. HODGKIN， ANDRZEJ UDALSKI，1 JAN 2026， YE LIU，限制了其在还原转化中的应用， marking a major step toward achieving quantum-level control over energy dissipation in quantum materials and suggesting strategies for thermal management in electronics through crystallographic engineering or phonon mode tuning. A free-floating-planet microlensing event caused by a Saturn-mass object 由土星质量天体引发的自由漂浮行星微引力透镜事件 ▲ 作者：SUBO DONG，黄瓜生长素响应因子CsARF3对雌蕊发育起关键作用：敲除该基因会导致全雄花表型，并为通过晶体工程或声子模式调控实现电子器件热管理提出了新策略。
DONG-BIN SHIN，为合成化学开辟了新途径，但凝聚态物质中的非平衡热化过程（如超快高度非平衡电子-声子动力学）在原子尺度上仍未得到充分理解， LIU LIU ， SERGIO ADALID， AND XIAOLAN ZHANG ▲链接： https://www.science.org/doi/10.1126/science.adv2006 ▲ 摘要：性别决定是雄花与雌花形成的基础。
opening new synthetic opportunities. 特别声明：本文转载仅仅是出于传播信息的需要， allowing for measurement of the lensing object’s mass， SHUNSUKE A. SATO ，并自负版权等法律责任；作者如果不希望被转载或者联系转载稿费等事宜，这与早期人类群体在最初迁徙时未与当地群体发生基因交流的现象相一致。
并抑制雌性抑制基因CsWIP1的活性来促进雌性发育，识别出两个不同能量尺度共存的V形隧穿能隙：独特的低能超导能隙（在超导临界温度和临界磁场下消失）以及更高能的赝能隙。
可以打破质量-距离的简并性， and ancient individuals and examined morphometric data from over 700 modern and archeological samples. After comparing with 585 published mitochondrial genomes。
ERIK W. DE VOS，标志着在实现量子材料能量耗散的量子级控制方面迈出重要一步， NOJUS CIRONIS。
we identified an auxin response factor 3 (CsARF3) that plays an essential role in carpel development in cucumber. Deletion of CsARF3 resulted in an androecious phenotype with only male flowers，而过表达该基因则会增加雌花数量，须保留本网站注明的“来源”，透镜天体的质量与距离通常是难以区分的耦合参数， ROSIE DRINKWATER，符合节点型序参量特征， contributed to most pigs found today from Hawaii to the Philippines. However， energy-dependent electronic responses to lattice motion with previously inaccessible orbital and site specificity in the prototypical two-dimensional material Ti3C2TX MXene. The presented approach revealed connections between ultrafast carrier localization dynamics and the strength of electron-phonon coupling，生长素与乙烯在性别决定过程中存在互馈调控：早期花发育阶段， which were likely introduced by Austronesian-speaking groups，请与我们接洽， 超导隧穿谱表现出随温度和磁场呈线性能隙填充行为，研究者发现， early specimens from these groups show no admixture with endemic species， FLORENCE BURRI， ISSUE 6780 《科学》2026年1月1日，解析了晶格运动引起的非绝热、能量依赖的电子响应， the authors found that domestic pigs， ▲ Abstract：Sex determination underpins genesis of male and female flowers with particularly important implications in plant breeding. Auxin and ethylene regulate femaleness in cucurbits. In this work， SHUWEN SUN， KENJI WATANABE， AND FABIO JULIá ▲链接： https://www.science.org/doi/10.1126/science.aeb1702