Xia, Ke - Publications & Citations

夏钶 (Xia, Ke)

Beijing Normal University

0H指数

1论文数

0被引数

收录论文 4

发表时间

Learning Order Parameters from Videos of Skyrmion Dynamical Phases with Neural Networks

PHYSICAL REVIEW APPLIED

IF4.4

2021-07-02

OAAI

Wang, Weidi; Wang, Zeyuan; Zhang, Yinghui; Sun, Bo; Xia, Ke

Nonreciprocal coherent coupling of nanomagnets by exchange spin waves 纳米磁体通过交换自旋波的非互易相干耦合

NANO RESEARCH

IF9

2020-12-28

PREAI

Wang, Hanchen; Chen, Jilei; Yu, Tao; Liu, Chuanpu; Guo, Chenyang; Liu, Song; Shen, Ka; Jia, Hao; Liu, Tao; Zhang, Jianyu; Cabero, Marco A.; Song, Qiuming; Tu, Sa; Wu, Mingzhong; Han, Xiufeng; Xia, Ke; Yu, Dapeng; Bauer, Gerrit E. W.; Yu, Haiming

Anticipative Tracking with the Short-Term Synaptic Plasticity of Spintronic Devices 具有自旋电子设备的短期突触可塑性的预期跟踪

PHYSICAL REVIEW APPLIED

IF4.4

2020-10-30

OAAI

Zheng, Qi; Mi, Yuanyuan; Zhu, Xiaorui; Yuan, Zhe; Xia, Ke

Noncollinearity-modulated Electronic Properties of Monolayer CrI3 单层CrI3的非线性调制电子性质

PHYSICAL REVIEW APPLIED

IF4.4

2019-05-15

OAAI

Ren, Lingling; Liu, Qian; Xu, Pengxiang; Zhong, Zhicheng; Yang, Li; Yuan, Zhe; Xia, Ke

研究方向

量子输运理论, 自旋电子学仿脑计算, 电子结构计算方法发展过去的主要工作及获得的成果基于第一原理计算纳米体系电子输运的理论方法磁性-非磁性界面自旋极化电流对磁矩的转矩铁磁/超导体界面的Andreev反射反铁磁材料目前的研究课题及展望纳米体系量子输运理论仿脑计算铁磁/超导体的界面电子输运自旋输运电子结构计算方法的发展，在纳米磁学研究的前沿领域深入开展工作培养研究生情况Grigoryan, V. L.赝厄米磁子-极化激元系统三维例外面Wang, L.Shen, K.Tsirkin, S. S.Min, T.反铁磁横向电流晶体诱导效应Sun, F.-X.Zheng, S.-S.Xiao, Y.Gong, Q.He, Q.磁振子-光子纠缠磁振子薛定谔猫态Wang, H.Wang, D.Lu, R.Yan, X.Guo, H.Hu, C.-M.Xia, K.Zhang, H.Chen, J.Yu, T.Liu, C.Guo, C.Liu, S.Jia, H.Liu, T.Zhang, J.Cabero, M. A.Song, Q.Tu, S.Wu, M.Han, X.Yu, D.Bauer, G. E. W.纳米磁体非互易相干耦合交换自旋波Lin, B.-C.Wang, S.Wang, A.-Q.Li, Y.Li, R.-R.拓扑半金属纳米线自旋输运Yuan, H. Y.Yan, P.Zheng, S.He, Q. Y.Li, S.Magnon HybridizationFerrimagnetic HeterostructuresZheng, Q.Mi, Y.Zhu, X.Yuan, Z.自旋电子器件短程突触可塑性预测性追踪Shang, X.Liu, H.Wang, L.-W.Xie, L.-S.Xu, P.-X.磁振子-声子相互作用Wang, Y.量子磁化涨落自旋转矩纳米振荡器Strong Interlayer Magnon-Magnon CouplingMagnetic Metal-Insulator Hybrid Nanostructures

合作学者

合作期刊

G. Bauer

H 指数: 101 · 论文数: 1.1K