研究方向：1. 新型纳光机电器件与系统(MEMS/NEMS, Opto-electro-mechanical
systems)；2. 非线性动力学及其应用；3. 机器学习在非线性动力学、微电子等领域的应用。
1. Leisheng Jin, Zhao
Hao, Li Zhi, Jiang Zongqing, Lijie Li and Yan Xiaohong, Nonlinear dynamic
control of GaAs nanomechanical resonators using lasers, Nanotechnology,
32(29),295502,2021
2. Leisheng Jin, Li
Zhi, Jiang Zongqing, Lijie Li, Dynamical characteristics of the piezotronic ZnO
nanowire device in ballistic transport and its MEMS/NEMS resonator hybrid, Journal
of Applied Physics 129, 194501 (2021)
3. Jin, Leisheng*,
Li, Lijie, Zhao, Jiang, Wang, Debo, Optical sensing interface based on
nano-opto-electro-mechanical systems, SENSORS AND ACTUATORS A-PHYSICAL,
295,pp: 374-379 (2019);
4. Leisheng Jin,
Xiaohong Yan, Xiangfu Wang, Weijun Hu, Yan Zhang, and Lijie Li，Dynamic model for
piezotronic and piezo-phototronic devices under low and high frequency external
compressive stresses, Journal of Applied Physics 123, 025709 (2018); （featured）
5. Leisheng Jin,
Lei Ying, Xiaohong Yan, An Optical-Driven Quantum Shuttle: Modeling, Dynamics
and Controllability, IEEE Journal of Quantum Electronics 54, 1
(2018);
6. Jin Leisheng;
Li, Lijie, Quantum simulation of ZnO nanowire piezotronics, Nano Energy 15,
776-781 (2015)；
7. Jin Leisheng,
Li Lijie, Optical driven electromechanical transistor based on tunneling
effect, Optics Letters 40, 8, pp. 1798-1801 (2015)；
8. Jin Leisheng;
Li Lijie, A Novel Mass Sensor Based on Nanomechanical Transistor, IEEE
Electron Device Letters 36, 1, pp. 68-70 (2015)；
9. Jin Leisheng;
Li Lijie, Surface stress on three-terminal vibrational nanomechanical
transistor, Applied Physics Letters 105, 18, 183507 (2014)；
10. Jin Leisheng;
Mei Jie; Li Lijie, Chaos control of parametric driven Duffing oscillators, Applied
Physics Letters 104, 13, 134101 (2014)；
11. Jin Leisheng,
Zhang Yan, Li Lijie, One-to-Many Chaotic Synchronization with Application in
Wireless Sensor Network, IEEE Communications Letters 17， 9, pp. 1782-1785
(2013)；
