2021.12至今，南京理工大学，青年教授
2017.07至2021.11，南京邮电大学，副教授
2021年度南京理工大学“青年拔尖人才计划”入选者
获评2019年度江苏省高校“青蓝工程优秀青年骨干教师”
1. Xuechao Zhai* and Yaroslav M. Blanter*, Proximity-induced diversified magnetic states and electrically controllable spin polarization in bilayer graphene: Towards layered spintronics, Physical Review B, 106，075425 (2022).
2. Xuechao Zhai*, Layered opposite Rashba spin-orbit coupling in bilayer graphene: Loss of spin chirality, symmetry breaking, and topological transition, Physical Review B, 105, 205429 (2022).
3. Xuechao Zhai*, Ziming Xu, Qirui Cui et. al., Electrically Controllable Van Der Waals Antiferromagnetic Spin Valve, Physical Review Applied, 16, 014032 (2021).
4. Xuechao Zhai* and Yaroslav M. Blanter*, Topological valley transport of gapped Dirac magnons in bilayer ferromagnetic insulators, Physical Review B, 102, 075407 (2020).
5. Xuechao Zhai* and Yaroslav M. Blanter*, Spin-valley polarized quantum anomalous Hall effect and a valley-controlled half-metal in bilayer graphene, Physical Review B, 101, 155425 (2020).
6. Xuechao Zhai*, R. Wen, X. Zhou et. al., Valley-Mediated and Electrically Switched Bipolar-Unipolar Transition of the Spin-Diode Effect in Heavy Group-IV Monolayers, Physical Review Applied, 11, 064047 (2019).
7. Xuechao Zhai*, J. Gu, R. Wen et. al., Giant Seebeck magnetoresistance triggered by electric field and assisted by a valley through a ferromagnetic/antiferromagnetic junction in heavy group-IV monolayers, Physical Review B, 99, 085421 (2019).
8. Xuechao Zhai*, Y.-T. Wang, R. Wen et. al.,Valley-locked thermospin effect in silicene and germanene with asymmetric magnetic field induced by ferromagnetic proximity effect, Physcial Review B, 97, 085410 (2018).
9. Xuechao Zhai*, S. Wang, and Y. Zhang, Valley–spin Seebeck effect in heavy group-IV monolayers, New Journal of Physics, 19, 063007 (2017).
10. Xuechao Zhai*, W. Gao, S. Zhang et. al.,Spin-valley caloritronics in silicene near room temperature, Physical Review B, 94, 245405 (2016).
Note: Others could be obtained in Web of Science.
发明专利：一种单层二硫化钼能谷协调的单极型自旋二极管，201911029141.5 (已获批)
研究生全英文课程《The Physics of Low-Dimensional Materials》，本科生课程《大学物理》、《物理学概论》等。
已培硕士研究生5名。拟每年招收博士生和硕士生2-3人，专业方向为物理学。