教育背景
康斯坦茨大学 德国康斯坦茨
物理博士(联合培养)物理学院
在Clemens Bechinger教授课题组
华南师范大学 2018年09月—2021年07月 广州
理论物理博士物理与电信工程学院
华南师范大学 2015年09月—2018年07月 广州
凝聚态物理硕士物理与电信工程学院
研究方向
活性软物质非平衡特性
1) 极性自驱动粒子的集体运动,定向输运,相分离,以及混合颗粒的分离。
2) 布朗粒子的扩散和定向输运以及布朗马达的研究。
3) 胶体颗粒在牛顿液体与粘弹性液体中的输运研究。
招收要求
要求物理学专业基础扎实,工作踏实,有责任感,有良好的沟通能力,有c语言、Fortran编程能力的优先。
发表论文
1. Wei-jing Zhu*, Jian-chun Wu, and Bao-quan Ai*. Ratchet transport of particles in the obstacle lattices with topographicalgradients. Chaos, Solitons and Fractals 162, 112411 (2022).
2.Wei-jing Zhu, Teng-Chao Li, Wei-rong Zhong, and Bao-quan Ai*. Rectification and separation of mixtures of active and passive particles driven bytemperature difference. Journal of Chemical Physics 152, 184903 (2020).
3.Wei-jing Zhu, Wei-rong Zhong, Jian-wen Xiong, and Bao-quan Ai*. Transport of particles driven by the traveling obstacle arrays. Journal of Chemical Physics 149, 174906 (2018).
4.Wei-jing Zhu*, Xiao-qun Huang, and Bao-quan Ai*. Effects of alignment interaction on diffusion and
mobility of self-propelled particles. Physica A 551, 124548 (2020).
5.Wei-jing Zhu, Xiao-qun Huang, and Bao-quan Ai*. Transport of underdamped self-propelledparticles in active densitywaves. Journal of Physics A: Mathematical and Theoretical 51, 115101 (2018).
6.Wei-jing Zhu, Yu -Ling He, and Bao-quan Ai*. Absolute negative mobility ofthe chain ofBrownian particles in steady laminar flows. Journal of Statistical Mechanics: Theory and Experiment 103208 (2019) .
7. Wei-jing Zhu, and Bao-quan Ai*. Ratchet transport of self-propelled chimeras in an asymmetric perodic structure. Chineses Physics B 31, 040503 (2022).
8.Wei-jing Zhu, Xiao-qun Huang, and Bao-quan Ai*. Transport of velocity alignment particles in
random obstacles. Chineses Physics B 27, 080504 (2018).
9.Wei-jing Zhu, Feng-guo Li, and Bao-quan Ai*. Transport of alignment active particles infunnel structures. European Physical Journal E (2017) 40: 59.
10. Bao-quan Ai*, Wei-jing Zhu, and Jing-jing Liao. Collective transport of polar active particles on the
surface of corrugated tube. New Journal of Physics 21, 093041 (2019).
11. Bao-quan Ai*, Wei-jing Zhu, Ya-feng He, and Wei-rong Zhong. Giant negative mobility of inertial particles caused by the periodic potential in steady laminar flows. Journal of Chemical Physics 149, 164903 (2018).
12. Bao-quan Ai*, Wei-jing Zhu, Ya-Fen g He, and Wei-rong Zhong. Rectified transport of self-
propelled particles: the role of alignment interaction. Journal of Statistical Mechanics: Theory and
Experiment 023501 (2017).
13.Jing-jing Liao, Wei-jing Zhu, and Bao-quan Ai*. Transport and diffusion of paramagnetic ellipsoidal
particles ina rotating magnetic field. Physical Review E 97, 062151 (2018).
14.Xiao-qun Huang, Wei-jing Zhu, Jing-jing Liao, and Bao-quan Ai*. Directed transport of self-
propelled particles with local attraction. Physica A 553 124 63 2 (2020).
15. Narinder Narinder, Wei-jing Zhu, and Clemens Bechinger*, Active colloids under geometrical
constraints in viscoelastic media. Eur. Phys. J. E (2021)44: 28.
16.Shu-Na Huang, Wei-Jing Zhu, Xiao-Qun Huang, Bao-Quan Ai*, and Feng-Guo Li. Ratchet transport ofoverdampedparticles in superimposeddriven lattices. Chinese Physics B 28, 4, 040502 ( 2019).
17.Jing-Ran Li, Wei-jing Zhu, Jia-Jian Li,Jian-chun Wu, and Bao-Quan Ai*. Chirality-induceddirectional rotation of asymmetricgear ina bath ofchiralactive particles. New J. Phys. 25 (2023) 043031.
18.Wei-jing Zhu*, Shi-bin Tang, Jia-Jian Li, Bao-quan Ai. Ratchet transport of confluent tissues driven by the temporally oscillatory potential. Chaos, Solitons and Fractals 187, 115403 (2024) .
19.Wan-hua Liu, Wei-jing Zhu, and Bao-quan Ai. Collective motion of pulsating active particles in confined structures. New J. Phys. 26 (2017) 023017.
20.Jing-ran Li, Wei-jing Zhu, Jia-jian Li, Jian-chun Wu, and Bao-quan Ai. Chirality-induced directional rotation of a symmetric gear in a bath of chiral active particles. New J. Phys. 25 (2023) 043031.
21. Feng-yang, Jing-luo, Hui-jun Shi, Wei-jing Zhu, Jian-chun Wu. Directed transport of chiral active particles in transversal activity gradients. Chinese Journal of Physics 87 (2024) 148-154.
22. Zhao-sha Tang, Jia-jian Li, Wei-jing Zhu, and Bao-quan Ai. Collective self-optimization of binary mixed heterogeneous populations. Physical Review E 109, 024405 (2024).
项目经历
粘弹性流体环境中活性粒子在曲面上的动力学行为 2022年10月—2025年09月
主持人
广东省自然科学基金青年项目,省级,下达单位:广东省科技厅
粘弹性介质中活性粒子的定向输运和非平衡相行为的研究 2023年04月—2025年03月
主持人
广州市基础研究项目,市级,下达单位:广东省科技厅
曲面上活性物质的拓扑缺陷和非平衡统计性质的研究 2020年09月—2024年12月
第四参与人
国家自然科学基金面上项目,国家级,下达单位:国家自然科学基金委
手征自驱动粒子的随机热力学性质的研究 2017年05月—2020年05月
第四参与人
广东省自然科学基金面上项目,省级,下达单位:广东省科技厅
流体相互作用下自驱动粒子的非平衡统计性质 2018年01月—2020年12月
第五参与人
广东省普通高校省级重大科研项目,厅级,下达单位:广东省教育厅