一、个人信息
姓名：刘统华
男| 博士研究生 | 毕业于北京师范大学
出生年月：1993年5月
家庭住址：江西省九江市
联系电话：15111057611
电子邮箱：liutongh@yangtzeu.edu.cn
二、科研情况
刘统华，2021年就职于长江大学物理与光电工程学院，教授，曾担任物电学院学科建设主任，湖北省楚天学者计划楚天学子。目前主要从事宇宙学、暗能量、引力透镜与引力波方向研究。此外，研究领域还包括相对论量子信息、量子通讯、以及引力理论。近年来，主持国家自然科学基金1项，主持国家重点研发计划子课题1项，主持省部级科研项目1项，参与省部级及以上科研项目5项；在国际主流期刊上发表SCI论文55篇（中科院分区二区及以上），其中自然指数论文36篇；以第一作和通讯作者发表论文32篇（中科院分区二区及以上），其中自然指数论文18篇。
三、主持和参与的基金项目
[1]主持：国家自然科学基金青年项目“大样本的强引力透镜系统在星系和宇宙学中的应用”，项目批准号：12203009，主持经费30万元；
[2] 主持：国家科技部重点研发计划“透镜化引力波探测研究”，项目批准号：2024YFC220024，主持经费60万元；
[3] 主持：湖北省外国专家项目“基于未来天基引力波探测器DECIGO的宇宙学研究，项目批准号：2023DJC040，主持经费20万元；
[4] 参与: 国家重点研发计划项目“基于FAST漂移扫描巡天的脉冲星、中性氢和银河系结构研究”， 项目批准号：2017YFA0402600，批准经费3960万元，参与；
[5] 参与: 国家自然科学基金优青项目“相对论性量子信息”，项目批准号：12122504，批准经费200万元，参与。
四、发表论文情况
时间先后排序，*为通讯作者（仅列出一作和通讯文章）
[1] Liu, Tonghua and Cao, Shuo and Wang, Jieci, A model-independent determination of the sound horizon using recent BAO measurements and strong lensing systems, Phys. Rev. D accepted (2024). 中科院SCI一区, Top和自然指数期刊；
[2] Liu, Tonghua and Zhong, Xinyi and Wang, Jieci and Biesiada, Marek, Model-independent Calibration for Sound Horizon: Combining Observations of Supernovae and Baryon Acoustic Oscillation Measurements, Astrophys. J, 976, 208 (2024). 中科院SCI二区，Top和自然指数期刊；
[3] Liu, Qianqian and Liu, Tonghua* and Wen, Cuihong and Wang, Jieci, Optimal quantum strategy for locating Unruh channels, Phys. Rev. A, 110, 022428 (2024). 中科院SCI二区，Top和自然指数期刊；
[4] Liu, Ziqiang and Liu, Tonghua* and Zhong, Xinyi and Xu, Yifei and Zheng, Xiaogang, Constraining on the non-standard cosmological models combining the observations of high-redshift quasars and BAO, Eur. Phys. J. C. 84, 444(2024). 中科院SCI二区，自然指数期刊；
[5] Liu, Tonghua and Cao, Shuo and Biesiada, Marek and Zhang, Yilong and Wang, Jieci, Model-independent Way to Determine the Hubble Constant and the Curvature from the Phase Shift of Gravitational Waves with DECIGO, Astrophys. J. Lett. 965, L11(2024). 中科院SCI一区，Top和自然指数期刊；
[6] Liu, Tonghua and Biesiada, Marek and Tian, Shuxun and Liao, Kai, Robust test of general relativity at the galactic scales by combining strong lensing systems and gravitational wave standard sirens, Phys. Rev. D. 109, 084074(2024). 中科院SCI一区，Top和自然指数期刊；
[7] Gong, Xiaolong and Xu, Yifei and Liu, Tonghua*, Multiple measurements on the cosmic curvature using Gaussian process regression without calibration and a cosmological model, Phys. Lett. B. 853, 138699(2024). 中科院SCI一区；
[8] Liu, Yuting and Cao, Shuo and Liu, Tonghua*, Distinguishing λCDM from Evolving Dark Energy with Om Two-point Statistics: Implications from the Space-borne Gravitational-wave Detector, Astrophys. J. 966, 19(2024),中科院SCI二区，Top和自然指数期刊；
[9] Yang, Ying and Liu, Tonghua* and Huang, Jiayuan, Simultaneous measurements on cosmic curvature and opacity using latest HII regions and H(z) observations, Eur. Phys. J. C，84, 3(2024), 中科院SCI二区，自然指数期刊；
[10] Liu, Tonghua and Liao, Kai, Determining cosmological-model-independent H0 and post-Newtonian parameter with time-delay lenses and supernovae, Mon. Not. Roy. Astron. Soc，528, 1354(2024), 中科院SCI二区，自然指数期刊；
[11] Liu, Tonghua and Yang, Xiyan and Zhang, Zisheng and Wang, Jieci and Biesiada, Marek, Measurements of the Hubble constant from combinations of supernovae and radio quasars, Phys. Lett. B,845,138166 (2023). 中科院SCI一区；
[12] Liu, Tonghua, Cao Shuo, Ma Shuai, Liu Yuting, Zheng Chenfa, What are recent observations telling us in light of improved tests of distance duality relation? Phys. Lett. B,838,137687 (2023). 中科院SCI一区；
[13]Gong, Xiaolong and Fang, Yue and Liu, Tonghua* and Cao, Shuo, Modes mismatch induced variation of quantum coherence for two-mode localized Gaussian states in accelerated frame, Eur. Phys. J. Plus, 138, 360 (2023). 中科院SCI二区；
[14] Liu, Tonghua and Liu, Ziqiang and Wang, Jiamin and Gong, Shengnan and Li, Man and Cao, Shuo, Revisiting Friedmann-like cosmology with torsion: newest constraints from high-redshift observations, Journal of Cosmology and Astroparticle Physics, 07, 059 (2023). 中科院SCI一区；
[15] Liu, Tonghua and Cao, Shuo and Zhang, Sixuan and Zheng, Hao and Ma, Shuai and Liu, Xiaobao, Satellite-based continuous-variable quantum key distribution under the Earth’s gravitational field, Quant. Inf. Proc. 21, 397(2023). 中科院SCI二区；
[16] Liu, Tonghua and Cao, Shuo and Li, Xiaolei and Zheng, Hao, Revising the Hubble constant, spatial curvature and dark energy dynamics with the latest observations of quasars, Astron. Astrophys. 668, A51(2022). 中科院SCI一区，Top和自然指数期刊；
[17] Wu, Shu-Min and Zeng, Hao-Sheng and Liu, Tonghua*, Gaussian quantum discord and the monogamy relation in de Sitter space, Quant. Inf. Proc. 21, 299(2022). 中科院SCI二区；
[18] Wu, Shu-Min and Zeng, Hao-Sheng and Liu, Tonghua*, Genuine multipartite entanglement subject to the Unruh and anti-Unruh effectsl, New J. Phys.24, 073004(2022). 中科院SCI二区；
[19] Liu, Tonghua and Cao, Shuo and Zhang, Sixuan and Zheng, Chenfa and Guo, Wuzheng, Revisiting the Hubble Constant, Spatial Curvature, and Cosmography with Strongly Lensed Quasar and Hubble Parameter Observations, Astrophys. J. 939, 37(2022), 中科院SCI二区，Top和自然指数期刊；
[20] Liu, Tonghua and Cao, Shuo and Zhang, Sixuan and Gong, Xiaolong and Guo, Wuzheng and Zheng, Chenfa, Revisiting the cosmic distance duality relation with machine learning reconstruction methods: the combination of HII galaxies and ultra-compact radio quasars, Eur. Phys. J. C，81, 903(2022), 中科院SCI二区，自然指数期刊；
[21] Liu, Tonghua and Cao, Shuo and Biesiada, Marek and Liu, Yuting and Lian, Yujie and Zhang, Yilong, Consistency testing for invariance of the speed of light at different redshifts: the newest results from strong lensing and Type Ia supernovae observations, Mon. Not. Roy. Astron. Soc，506, 2181(2021), 中科院SCI二区，自然指数期刊；
[22] Geng, Shuaibo and Cao, Shuo and Liu, Tonghua* and Biesiada, Marek and Qi, Jingzhao, Gravitational-wave Constraints on the Cosmic Opacity at z~5: Forecast from Space Gravitational-wave Antenna DECIGO, Astrophys. J.,905,54 (2020). 中科院SCI二区，Top和自然指数期刊；
[23] Liu, Tonghua and Cao, Shuo and Wu, Shumin, Characterization of quantum and classical correlations in the Earth’s curved space-time, Sci. Rep, 10,14697 (2020). 中科院SCI二区，Nature子刊；
[24] Liu, Tonghua and Cao, Shuo and Biesiada, Marek and Liu, Yuting and Geng, Shuaibo and Lian, Yujie, Testing the cosmic opacity at higher redshifts: implication from quasars with available UV and X-ray observations, Astrophys. J. 899, 71 (2020). 中科院SCI二区，Top和自然指数期刊；
[25] Liu, Tonghua and Cao, Shuo and Zhang, Jia and Biesiada, Marek and Liu, Yuting and Lian, Yujie, Testing the cosmic curvature at high redshifts: the combination of LSST strong lensing systems and quasars as new standard candles, Mon. Not. Roy. Astron. Soc. 496, 708 (2020). 中科院SCI二区，自然指数期刊；
[26] Zhang, Sixuan and Liu, Tonghua* and Cao, Shuo and Liu, Yuting and Geng, Shuaibo and Lian, Yujie, Quantum fluctuation of entanglement for accelerated two-level detectors, Chin. Phys. B. 21, 397(2023). 中科院SCI三区（长江大学T1期刊）；
[27] Wu, Yan and Cao, Shuo and Zhang, Jia and Liu, Tonghua* and Liu, Yuting,Exploring the ''L--σ'' relation of HII galaxies and giant extragalactic HII regions acting as standard candles,Astrophys. J.888, 113 (2020). 中科院SCI二区，Top和自然指数期刊；
[28] Wang, Jieci and Liu, Tonghua* and Jing, Jiliang and Chen, Songbai, Synchronization and estimation of gravity-induced time difference for quantum clocks, Adv. Quantum Technol.2, 19000037(2019), 中科院SCI二区；
[29] Liu, Tonghua and Cao, Shuo and Zhang, Jia and Geng, Shuaibo and Liu, Yuting and Ji, Xuan and Zhu, Zong-Hong, Implications from simulated strong gravitational lensing systems: constraining cosmological parameters using Gaussian Processes, Astrophys. J.886, 94(2019), 中科院SCI二区，Top和自然指数期刊；
[30] Liu, Tonghua and Wu, Shumin and Cao, Shuo, The influence of the Earth's curved spacetime on Gaussian quantum coherence, Laser Physics Letters，16, 9(2019), 中科院SCI三区；
[31] Liu, Tonghua and Jing, Jiliang and Wang, Jieci, Satellite-based quantum steering under the influence of spacetime curvature of the Earth, Adv. Quantum Technol，1,1800072(2019), 中科院SCI二区；
[32] Liu, Tonghuaand Wang, Jieci and Jing, Jiliang and Fan, Heng, The influence of Unruh effect on quantum steering for accelerated two-level detectors with different measurements, Annals Phys. 390,334(2018), 中科院SCI二区；
