个人简历

2007.08——2009.11, 中科院国家天文台, 博士后；
2002.09——2007.06, 北京师范大学, 理论物理，博士；
1998.09——2002.06, 山西师范大学, 物理学，学士

研究领域

空间引力波探测任务：
惯性传感器/加速度计自引力分析与仿真；
空间激光干涉引力波任务时间延迟干涉数据后处理技术；
星载高精度惯性传感器在基础科学领域的应用研究；
重力卫星任务：
卫卫跟踪重力卫星(GRACE/GRAIL/GRACE-FO)微波测距、激光测距数据预处理；
利用重力卫星数据反演全球重力场；
相对论性卫卫跟踪重力卫星测量理论；
利用重力卫星数据检验相对论性理论及参数。
相对论与宇宙学：
修改引力理论；
相对论性实验；
暗能量、宇宙学

近期论文

(1) Li-E Qiang, Peng Xu, Signature of biased range in the non-dynamical Chern–Simons modified gravity and its measurements with satellite-satellite tracking missions: theoretical studies, European Physical Journal C, 2015.8.26, 75(390): 1~12 . (SCI)
(2) Li-E Qiang, Peng Xu ,Probing the post-newtonian physics of semi-conservative metric theories through secular tidal effects in satellite gradiometry missions, INTERNATIONAL JOURNAL OF MODERN PHYSICS D, 2016.03, 25(6) : 0~1650070. (SCI)
(3) Li-e Qiang, Peng Xu,Testing Chern-Simons modified gravity with orbitingsuperconductive gravity gradiometers:the non-dynamical formulation, General Relativity and Gravitation, 2015.2.20, 47(25): 1~15. (SCI)
(4) Peng Xu, Li'e Qiang and et. al., A preliminary study of level 1A data processing of a low–low satellite to satellite tracking mission , Geodesy and Geodynamics, 2015.9, 6(5): 333~343. (SCI)
(5) Peng Xu, Li-E Qiang Secular gravity gradients in non-dynamical Chern–Simons modified gravity for satellite gradiometry measurements, Eur. Phys. J. C, 2018, 78: 0~1015. (SCI)
(6) Peng Xu, Zhi Wang, Li-e Qiang, Towards constraining parity-violations in gravity with satellite gradiometry, Phys. Lett. B, 2018, 789: 0~378. (SCI)
(7) Bao, Qianzong, Qiang, Li-E, Null tests of nonlocal gravity with multi-axis gravity gradiometers in elliptic orbits: A theoretical study, Modern Physics Letters A, 2017.8.20, 32(25): 0~1750131. (SCI)
(8) Peng Xu, Li-e Qiang, De Broglie relations, gravitational time dilation and weak equivalence principle, Annals of Physics, 2018.11.15, 400:128~131. (SCI)
(9) Li-E Qiang, ShuHong Zhao, Peng XU, Measuring the dimensionality of compact extra dimensions with inspiral gravitational waves from black-hole binaries, EUROPHYSICS LETTERS, 2016.12, 116(6): 0~60001(SCI)
(10) Li-e Qiang, Yongge Ma; Muxin Han; Dan Yu, Five-dimensional Brans-Dicke theory and cosmic acceleration, Physical Review D, 2005.3.20, 71(6) : 061501-1(SCI)
(11) Li-e Qiang, Yan Gong; Yongge Ma; Xuelei Chen, Cosmological Implications of 5-dimensional Brans-Dicke Theory, Physics Letters B, 2009.11.2, 681(3): 210~213. (SCI)
(12) David Blair, Li Ju, ChunNong Zhao, LinQing Wen, Qi Chu, Qi Fang, RongGen Cai, JiangRui Gao, XueChun Lin, Dong Liu, Ling-An Wu, ZongHong Zhu，David H. Reitze, Koji Arai, Fan Zhang, Raffaele Flaminio, XingJiang Zhu, George Hobbs, Richard N. Manchester, Ryan M. Shannon, Carlo Baccigalupi, Wei Gao, Peng Xu, Xing Bian, ZhouJian Cao, ZiJing Chang, Peng Dong, XueFei Gong, ShuangLin Huang, Peng Ju, ZiRen Luo, Qiang Li’E, Wenlin Tang, Xiaoyun Wan, Yue Wang, Shengnian Xu, Yunlong Zhang, Haipeng Zhang, Yun-Kau Lau, Weitou Ni, Gravitational wave astronomy: the current status, SCIENCE CHINA, Physics, Mechanics & Astronomy, 2015,58(12): 120402 (SCI)
(13) Fengquan Wu, Li-e Qiang, Xin Wang, Xuelei Chen, Cosmic microwave background with Brans-Dicke Gravity: I. Covariant Formulation, Physical Review D, 2010.10.13, 82(8): 0~83002. (SCI)
(14) Xinqin Gao ,Li-e Qiang, Jianyang Zhu, Zheng Zhao, Discussing Again on the Thermal Property of Kinnersley Black Hole Using a New Tortoise Coordinate Transformation, General Relativity and Gravitation, 2004.11.11, 36(11):2511~2523. (SCI)
(15) 强丽娥, 高新芹, 赵峥, 动态黑洞温度和熵的再讨论Acta Physica Sinica, 2004.10.12, (10): 3619~3626 . (SCI)
(16) 俞丹,强丽娥,马永革，5维标量张量时空的Killing约化，北京师范大学学报:自然科学版，2015，01(01), 46.
(17) Xiaoping Yuan, Xiaolan Qian ,Yehua Zhao , Li-e Qiang,Controlling the motion of charged particles by modulating the system parameters. 2011International Conference on Multimedia Technology, 2011, 2055-2058. (EI)