Magnetic heterostructures are structures formed by stacking layers of different magnetic materials, exhibiting unique magnetic properties. We will investigate physical phenomena such as magnetic exchange coupling, spin transport, and magnetic control within magnetic heterostructures. This includes studying phenomena like spin polarization, spin Hall effects, and exploring their applications in new types of spin electronic devices and information storage technologies. We will focus on the interface effects and spin transport properties within magnetic heterostructures.
Selected works:
[1] Zihan Li#, Shanshan Liu#, Jiayi Zhu, Yanhui Chen, Yunkun Yang, Linfeng Ai, Enze Zhang, Ce Huang, Pengliang Leng, Minhao Zhao, Xiaoyi Xie, Yuda Zhang, Nesta Benno Joseph, Rajdeep Banerjee, Awadhesh Narayan, Jin Zou, Wenqing Liu, Xiaodong Xu & Faxian Xiu*, “Low-pass filters based on van der Waals ferromagnets”, Nature Electronics 10.1038/s41928-023-00941-z(2023).
[2] Ke Pei#, Shanshan Liu#, Liting Yang, Enze Zhang, Ruixuan Zhang, Chendi Yang, Linfeng Ai, Zihan Li, Faxian Xiu*, and Renchao Che*,“Controllable Domain Walls in Two-Dimensional Ferromagnetic Material Fe3GeTe2 Based on the Spin-Transfer Torque Effect”,ACS Nano 15, 12, 19513–19521(2021).
[3] Linfeng Ai#, Enze Zhang#, Jinshan Yang#, Xiaoyi Xie, Yunkun Yang, Zehao Jia, Yuda Zhang, Shanshan Liu, Zihan Li, Pengliang Leng, Xiangyu Cao, Xingdan Sun, Tongyao Zhang, Xufeng Kou, Zheng Han, Faxian Xiu*,Shaoming Dong*, “Van der Waals ferromagnetic Josephson junctions”, Nature Communications 12, 6580 (2021).
[4] Bo Liu, Shanshan Liu, Long Yang, Zhendong Chen, Enze Zhang, Zihan Li, Jing Wu, Xuezhong Ruan*, Faxian Xiu*, Wenqing Liu, Liang He, Rong Zhang, and Yongbing Xu*，“Light-tunable ferromagnetism in atomically thin Fe3GeTe2 driven by femtosecond laser pulse”,Physical Review Letters 125, 267205 (2020)
[5] Faxian Xiu#, Yong Wang#, Jiyoung Kim, Augustin Hong, Jianshi Tang, Ajey P. Jacob, Jin Zou, and Kang L. Wang*, “Electric field controlled ferromagnetism in high Curie temperature Mn0.05Ge0.95quantum dots”, Nature Materials 9 (4), 337-344 (2010). (Highlighted by UCLA, Australia, Sciencedaily.com over 50 websites).
