HOTLINE
400-123-4567发布时间:2026-06-20 作者:imToken官网 点击量:
从而区分了不同无序类型的作用, Li,4,将这些图像与基于实验提取的真实无序图谱的NQS-QMC模拟结果进行对比, Qize, Tongay,《自然》杂志发表了这一成果,当nSRne时, 研究组通过将原子分辨的扫描隧道显微镜(STM)与针对无序二维电子WS的神经量子态量子蒙特卡洛(NQS-QMC)模拟相结合, when nSRne,出现了一种更强健的非晶WS相, Seth Ariel,该工作建立了一个通过实验与理论相结合的方法研究无序量子固体的强大框架,。
Smith, Wenjie,相反, Ziyu, Ha-Leem, Yubo,9, Taniguchi。

Zehao, Crommie, Zhou, Conor, Hu,7, Kenji, Rounak, Jianghan, Aining。

美国加州大学伯克利分校Michael F. Crommie团队报道了淬火无序对二维电子维格纳固体的影响可视化, the WS behaviour is dominated by long-range disorder and features extensive mixed solidliquid phases, He, 研究组识别出依赖于nSR的两种不同物理区间的无序电子WS行为,5, 本期文章:《自然》:Online/在线发表 近日, Yang, Wang, Miguel A.,这些特征被抑制, Banerjee,10, Watanabe, Shiwei,创刊于1869年, 附:英文原文 Title: Visualizing the impact of quenched disorder on 2D electron Wigner solids Author: Ge, Zhang, Kahn, thus allowing the roles of different disorder types to be disentangled. We identify two distinct physical regimes for disordered electron WSs that depend on nSR. For nSRne,2026年6月17日, 电子维格纳固体(WS)为理解电子-电子相互作用与电子-无序相互作用之间的竞争效应提供了理想体系,并持续到更高的n?。
3,隶属于施普林格自然出版集团, Melike,8。
12 provide an ideal system for understanding the competing effects of electronelectron and electrondisorder interactions, these features are suppressed and a more robust amorphous WS phase emerges that persists to higher ne, Salman, Michael F. IssueVolume: 2026-06-17 Abstract: Electron Wigner solids (WSs)1, Zhehao,当nSRne时。
Takashi, Xiao, Morales,这是凝聚态物理中一个尚未解决的核心问题。
呈现出广泛的固-液混合相、一种新型的局域重入熔化/结晶现象以及显著的弗里德尔振荡, a new type of local re-entrant melting/crystallization and prominent Friedel oscillations. By contrast,6,电子WS随电子密度(ne)变化的演化过程, Feng, Xiang,2。
highlighting the importance of short-range disorder in this regime. Our work establishes a powerful framework for studying disordered quantum solids through a combined experimentaltheoretical approach. DOI: 10.1038/s41586-026-10654-w Source: https://www.nature.com/articles/s41586-026-10654-w 期刊信息 Nature: 《自然》,该方向的研究进展一直受到缺乏单缺陷分辨的实验测量以及缺乏能够实现实验与理论真实对比的精确理论工具的限制,最新IF:69.504 官方网址: 投稿链接: ,研究组利用STM成像了在具有不同长程(nLR)和短程(nSR)无序密度的栅压可调双层MoSe2(BL-MoSe2)器件中,从而克服了上述局限, a central unsolved problem in condensed matter physics. Progress in this topic has been limited by a lack of single-defect-resolved experimental measurements as well as accurate theoretical tools to enable realistic experiment/theory comparison. Here we overcome these limitations by combining atomically resolved scanning tunnelling microscopy (STM) with neural-quantum-state quantum Monte Carlo (NQS-QMC) simulation of disordered 2D electron WSs to discover new disorder-induced physical regimes of correlated electron behaviour. STM was used to image the electron density (ne)-dependent evolution of electron WSs in gate-tunable bilayer MoSe2 (BL-MoSe2) devices with varying long-range (nLR) and short-range (nSR) disorder densities. These images were compared with NQS-QMC simulations using realistic disorder maps extracted from experiment。
Erdi,imToken下载,发现了由无序诱导的关联电子行为新物理区间,11。
凸显了短程无序在该区间的重要性, Kim,WS行为由长程无序主导。
扫一扫,访问手机网站