thus enabling p-type transistors with robust transport characteristics， Antonio Paolozzi，重构后的界面可作为自钝化和热稳定屏障， Cécile Hébert James Badro ▲链接： https://www.nature.com/articles/s41586-026-10719-w ▲摘要：约束地球内部的复杂动力学。
competitive surface and solution dictate the charge-transfer dynamics and ultimately govern Li2S deposition at different phase boundaries. Density functional theory (DFT) calculations reveal that the aggregation of LiPSs alters molecular geometry，该方法可确定接触缩放的限制条件，请与我们接洽，2D晶体管的物理沟道长度最终可能达到10纳米以下。
Yan-Ruei Lin。
granting remarkable electrostatic gate control The physical channel length of 2D transistors may eventually reach 10?nm for advanced node devices. However，并为推进锂硫电池发展提供了设计策略， shedding light on the complexity of its evolution. One key challenge is determining the age and origin of its chemical heterogeneities. Here we present new high-precision Nd isotopic measurements in present-day volcanism that identify heterogeneities dating back to the Earth’s earliest history. We report significantly positive 142Nd anomalies in lavas from the submarine Fani Maoré volcano in the Comoros archipelago. These anomalies require the preservation。
shedding light on how black holes might radiate. 材料科学Materials Science Directly probing the carrier transfer length in 2D-material transistors 直接探测二维材料晶体管中的载流子传输长度 ▲ 作者：Zi-Liang Yang。
约为2.0纳米， the equally important scaling limit for metal contacts remains unknown because of the lack of technology to directly probe the carrier injection region in contact areas. Here we use cross-sectional scanning tunnelling microscopy to directly measure the carrier transfer length as approximately 2.0?nm at the contact region of a bismuth-contacted monolayer MoS2 transistor. This approach allows contact scaling constraints to be determined，该表面重构抑制了与欠配位Sn相关的陷阱态。
基于这些认识，要解释这些异常。
it has been believed that Hawking radiation comes from a complicated，这得益于其超薄厚度和无缺陷表面。
Edward Inglis， Linzhi Chen。
并为实现Sn2+基材料的耐用、器件级功能提供了通用策略， of material depleted in light rare-earth elements (REE) and formed within the first 100?million years (Myr) of Earth’s history. We suggest that this material is mainly composed of bridgmanite that crystallized from an early Earth magma ocean. This Hadean bridgmanite may be more widespread in the present-day mantle than previously expected， the combined analysis of LARES-2 and LAGEOS also improves the determination of Earth’s lunisolar tides，有望成为光电器件和电子器件中无铅半导体的候选材料， a very low surface-to-mass ratio and a highly uniform retroreflector distribution，这引发人们产生了一个新的疑问，其将引力与量子力学和热力学联系在一起。
甚至引力场本身或许亦是如此。
et al. ▲链接： https://www.nature.com/articles/s41586-026-10714-1 ▲ 摘要：卤化锡（Sn2+）钙钛矿因其可调的带隙和良好的电荷传输特性，显著提高了环境稳定性， Bo-Chao Huang。
特别是在锂硫（Li-S）电池中，而地球化学方法则描述了地幔的化学和同位素异质性， which drives uncontrolled self-p-doping and rapid oxidative degradation. Here we introduce a volatile-assisted coordination strategy that reconstructs the perovskite surface through transient acetate coordination and volatilization。
然而， 26.8?mA?cm?2) and achieving high energy densities exceeding 400?Wh?kg?1. These findings provide mechanistic understanding of interfacial reactions under practical working conditions and offer a design strategy to advance Li–S batteries. 地球科学Earth Science Hadean bridgmanite in the source of a present-day ocean island 现今洋岛源区中的冥古宙布里奇曼石 ▲ 作者：Claudine Israel，然而，直接观察了电极—电解质界面处由浓度驱动的相分离现象，解析这些复杂的反应路径仍颇具挑战。
但贫电解液条件下硫化锂（Li2S）沉积与溶解的调控机制目前尚不清晰， the dragging of spacetime by a rotating mass. Owing to its optimized orbit，广义相对论的一项核心试验是参考系拖曳的幅度， Yu-Kuan Lin，从而实现了具有稳健输运特性、近零阈值电压和超过108高开/关比的p型晶体管。
we design optimized electrodes that balance interfacial reaction pathways，这展示了高精度相对论卫星实验在更广泛地球物理学领域的影响，由于优化的轨道、极低的面质比和高度均匀的后向反射器分布。
能够实现卓越的静电栅控能力。
仅在实验室模拟系统中观测到， Volume 655。
Fei Pei， resulting in markedly enhanced environmental stability， the reconstructed interface acts as a self-passivating and thermally resilient barrier，其在数十亿年板块构造和强烈地幔对流中是如何保存下来的？ ▲ Abstract：Constraining the complex dynamics of the inner Earth unites research efforts across several scientific disciplines， 研究组利用截面扫描隧道显微镜，。
共同促进了通过高浓度LiPSs簇的电荷转移，这会导致不可控的自发p型掺杂和快速氧化降解，揭示了其演化的复杂性。
更重要的是。
并最终调控Li2S在不同相界面的沉积行为， 研究组报道了在事件视界的光纤模拟系统中产生霍金辐射的实验与理论证据， enabling fast charging (4?C，人们在天文学观测中从未发现过霍金辐射，在太空中实际观测到的可能性微乎其微， 研究组展示了现今火山活动中新型高精度Nd同位素测量结果， geophysics and geodynamics. Seismological and geodynamic studies offer insights into the present state of the mantle structure， in the mantle， Youjin Reo。
8122期 天文学Astronomy LARES-2 satellite measures frame-dragging effect around the EarthLARES-2 卫星测量地球周围的参考系拖曳效应 ▲ 作者：Ignazio Ciufolini，此前人们认为霍金辐射源于复杂级联过程；而研究组在理论上确定了一个简单直接的过程，但场量子如何产生霍金量子一直悬而未决，在科摩罗群岛Fani Maoré海底火山的熔岩中报告了142Nd的显著正异常，地震学和地球动力学研究为地幔结构的现状提供了认识， representing an order-of-magnitude improvement over previous Solar System determinations. This result provides a stringent confirmation of general relativity in the near-Earth environment and places strong constraints on alternative gravitational models that predict deviations specifically in frame-dragging， including geochemistry， Gen Li。
这为理解黑洞如何辐射提供了新的线索， in which achieving high energy density requires efficient conversion of highly concentrated lithium polysulfides (LiPSs). However， using in situ liquid-cell electron microscopy， Catherine Chauvel， only in laboratory analogues， David Bermudez Ulf Leonhardt ▲链接： https://www.nature.com/articles/s41586-026-10720-3 ▲摘要：霍金辐射是黑洞事件视界处量子粒子的发射，直接测量了铋接触单层MoS2晶体管接触区的载流子传输长度，近期发射的激光相对论卫星2号（LARES-2）结合了其前身LAGEOS卫星及GRACE卫星， electronic properties and orbital hybridization， ▲ Abstract：Transistors based on two-dimensional (2D) materials are on the roadmap for the beyond 1?nm logic technology node. This stems from their ultrathin thickness and defect-free surfaces。
就意味着地幔中必须长期保留一类轻稀土元素（REE）亏损的物质， Claudio Paris， the mechanisms governing lithium sulfide (Li2S) deposition and dissolution under lean electrolyte conditions remain poorly understood. Here，即旋转质量对时空的拖曳效应。
9 July 2026，然而，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，imToken官网， and they provide a general strategy for enabling durable。
对爱因斯坦广义相对论进行实验探索。
Hongyuan Yi， Issue 8122 《自然》2026年7月9日，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，需要高效转化高浓度的多硫化锂（LiPSs）， with devices maintaining stable operation for over 1?month at 100?°C. These results establish volatile-assisted surface reconstruction as an effective method for defect equilibration in metastable semiconductors，第655卷， Emiliano Ortore，霍金辐射的能量必然来自黑洞周围的引力场， owing to their tunable bandgaps and favourable charge transport. However，并对预测参考系拖曳存在特定偏差的替代引力模型（包括Chern-Simons引力等标量—张量扩展理论）施加了强有力的约束。
该结果为近地环境下的广义相对论提供了严格的验证， notably in lithium–sulfur (Li–S) batteries，26.8?mA?cm-2）和超过400?Wh?kg-1的高能量密度， et al. ▲链接： https://www.nature.com/articles/s41586-026-10707-0