1. 康天睿, 章梅. 大学物理中静电体系平衡稳定性的教学探讨[J]. 大学物理, 2025, 44(06): 26.
2. Entanglement between microwave fields and squeezing of the optical output field in an opto-
magnomechanical ring cavity, Jinhao Jia, Juan Huang, Fengxuan Zhang, and Mei Zhang,
Scientific Reports 15, 11606 (2025).
3. Entanglement dynamics in a mechanically coupled double-cavity enhanced by two-level
atomic ensembles, Lanxin Chen, Fengxuan Zhang, Mingjiao Xu, Mei Zhang,
Chaos, Solitons, and Fractals 185, 115093 (2024).
4. Entanglement and steering in a cross‐shaped double‐cavity with a magnetic sphere and
driven by a squeezed vacuum field, Ruiqing Zhao, Jinhao Jia, Lixiong Wu, Mei Zhang,
Optical and Quantum Electronics 56, 947 (2024).
5. 张凤萱, 吴丽雄, 赵瑞卿, 章梅. 光学概念集设计的初步实践[J]. 大学物理, 2024, 43(02): 37.
6. 徐明骄, 冯福洋, 陈兰馨, 章梅. 基于微积分的牛顿力学教学测评[J]. 大学物理, 2023, 42(12): 1.
7. Hierarchy of partially synchronous states in a ring of coupled identical oscillators,
Mei Zhang, Yuhe Yang, and Junzhong Yang, Physical Review E 108, 034202 (2023).
8. Topological quantum transition driven by charge-phonon coupling in higher-order topological insulators,
Congwei Lu, Mei Zhang, Haibo Wang, Qing Ai, and Tao Liu, Physical Review B 107, 125118 (2023).
9. Steady-state entanglement in a mechanically coupled double cavity containing magnetic spheres,
Yabo Zhao, Ruiqing Zhao, Lanxin Chen, Jingyu Pan, and Mei Zhang,
Quantum Information Processing 22, 307 (2022).
10. Passive synchronization in optomechanical resonators coupled through an optical field,
Peiyu Wang and Mei Zhang, Chaos, Solitons, and Fractals 144, 110717 (2021).