副教授、副研究员

姜丽佳

办公室：陕西省西安市西北大学长安校区物理学院现代物理所811

邮箱:lijiajiang@nwu.edu.com

教育背景

2009 年9月-  2014 年7 月 北京大学  博士

2005 年9月-  2009 年7 月 天津大学  学士

工作经历

2021年10月 -  至今 西北大学 师资博士后

2019年9月 -  2021年9月 待业              

2016年9月  -  2019年8月 法兰克福高研院 博士后

2014 年7月-  2016 年7 月 北京大学 博士后

研究方向

1. 重离子对撞过程中的相变及动力学模型构建

2. 平衡态及非平衡态临界信号分析

3. QCD相变有效理论：(P)NJL模型，线性sigma模型等

4. 机器学习方法研究相变动力学过程

已发表文章列表

10. Deep learning stochastic processes with QCD phase transition.

Lijia Jiang, Lingxiao Wang, Kai Zhou*, Phys. Rev. D 103, 116023 (2021).

9. Nonuniform-temperature effects on the phase transition in an Ising-like model.

Jun-Hui Zheng, Lijia Jiang*, Phys. Rev. D 104, 016031 (2021).  

8. Measuring topological phase transition via the single-particle density matrix.

Jun-hui Zheng∗, Bernhard Irsigler, Lijia Jiang, Christof Weitenberg and Walter Hofstetter, Physical Review A 101, 013631  (2020).

7. Critical point of nuclear matter and beam energy dependence of net proton number fluc-

tuations.

Volodymyr Vovchenko∗, Lijia Jiang, Mark I. Gorenstein, Horst Stoecker, Physical Review C 98.024910(2018).

6. Enhancements of high order cumulants across the 1st order phase transition boundary.

Lijia Jiang, Shanjin Wu and Huichao Song∗, EPJ Web of Conference 171 (2018) 16003

5. Dynamical fluctuations in critical regime and across the 1st order phase transition.

Lijia Jiang, Shanjin Wu and Huichao Song∗, Nuclear Physics A 967, 441 (2017)

4. Static critical fluctuations on the freeze-out surface.

Lijia Jiang, Pengfei Li and Huichao Song∗, Acta Physica Polonica B Proceedings Supplement Vol. 10, No 3, 603 (2017)

3. Multiplicity fluctuations of net protons on the hydrodynamic freeze-out surface.

Lijia Jiang, Pengfei Li and Huichao Song∗, Nuclear Physics A 956, 360 (2016)

2. Correlated fluctuations near the QCD critical point.

Lijia Jiang, Pengfei Li and Huichao Song∗, Physical Review C 94.024918 (2016)

1. Revisiting the phase diagram of the three-flavor quark system in the Nambu-Jona-Lasinio

model.

Li-jia Jiang, Xian-yin Xin, Kun-lun Wang, Si-xue Qin and Yu-xin Liu∗, Physical Review D 88, 016008 (2013).