目前主持与企业合作的横向项目，天津市自然科学基金项目以及国家重点研发计划项目。

已主持完成自然科学基金项目、天津市项目多项；

参与国家级、省部级各类重点项目和面上项目多项。

科研获奖

屈光不正矫治与视觉新理论及新技术应用体系研究，天津市科技进步一等奖  2019

科研论文：

[1]  Yuwei Xing , Yongji Liu , Kunqi Li , Hui Song , Mengchen Xu , Jie Zhang , Hongliang Liu , Hangjian Zhang, Yan Wang.  Fabrication and performance evaluation of adesign for an extended depth-of-focus intraocular lens based on an improvedsinusoidal profile. Biomedical Optical express 2024;15(6):3932-3949. doi:10.1364/BOE.521105

[2]  Kunqi Li, Yuwei Xing  and YongjiLiu. Design and performance evaluation of an enhanced monofocal intraocularlens. Applied Optics. 2024, 63(18): 4773-4781

[3]  Kunqi Li, Xiaoqin Chen, Dongyu Liu, Yuwei Xing, Xinyue Zhang, Xiaolan Li, Lihua Li, Yongji Liu. A spectacle lensdesign for myopia control and its optical performance analysis，SPIE CONFERENCEPROCEEDINGS，Proceedings Volume 12765, OpticalDesign and Testing XIII; 127651D (2023) https://doi.org/10.1117/12.2686666

[4]  Yuwei Xing, Kunqi Li, Xiaolan Li, Dongyu Liu, Xinyue Zhang, Yongji Liu, Design of anintraocular lense with improved peripheral vision, Proceedings Volume 12765, Optical Design and Testing XIII; 1276517 (2023) https://doi.org/10.1117/12.2686167

[5]  YueweiXing, Yongji Liu, Kunqi Li, Xiaolan Li, Dongyu Li, and Yan Wang.  Approach to the design of different types ofintraocular lenses based on an improved sinusoidal profile. Biomedical Opticalexpress, 2023,14(6):2821-2838

[6]  Li,K.; Chen, X.; Bian, Y.; Xing, Y.; Li, X.; Liu, D.; Liu, Y. Design and OpticalAnalysis of a Refractive Aspheric Intraocular Lens with Extended Depth ofFocus. Optics 2023, 4, 146–155. https://doi.org/10.3390/opt4010011

[7]  Yongji Liu, Xiaolan Li, Lin Zhang, Xianglong, Yi, YuweiXing, Kunqi Li, Yan Wang Comparison of wavefront aberrations in the object andimage spaces using wide-field individual eye models. Biomedical Opticalexpress, 2022,13(9):4939-4953

[8]  Durgasri Jaisankar，Yongji Liu，Pete Kollbaum，Matt Jaskulski，David A. Atchison. Nasal-temporalasymmetry in peripheral refraction with an aspheric myopia control contact lens. Biomedical Optical express,2020,11(12):7376-7393

[9]  谷健达,刘永基*,边亚燕,刘宝凯,于浩. 适用于大范围角膜非球面系数的双区域非球面衍射型人工晶体. 光学学报，2020, 40(10):1022001

[10]   刘宝凯，刘永基*，谷健达，于浩. 角膜塑形术后角膜面型分析及周边离焦研究.中国光学，2020，13（4）：770-777

[11]    边亚燕，刘永基*，刘宝凯，谷健达. 控制近视进展并矫正近视散光的隐形眼镜. 光学学报，2020， 40（4）：0422001

[12]   Yongji Liu and Yan Wang. Opticalquality comparison between laser ablated myopic eyes with centration oncoaxially sighted corneal light reflex and on entrance pupil center. J. Opt.Soc. A. 2019, 36(4): B103-B109

[13]   W. Neil Charman, Yongji Liu andDavid. A. Atchison. Small-aperture optics for the presbyope: do comparabledesigns of corneal inlays and intraocular lenses provide similar transmittancesto the retina?  J. Opt. Soc. A.  2019, 36(4): B7-B14

[14]   Yayan Bian, Yongji Liu*,Lai Jiang. Design of double-zone aspheric diffractive intraocular lens withextended depth of focus. Chinese Optics Letters, 2018, 16(9), 093301. (CoverLetter)

[15]    Yayan Bian, Yongji Liu*,Yi Zhang, Baokai Liu. Design of multizone soft contact lens to slow myopiaprogression[C]. Proceedings of SPIE - The International Society for Optical Engineering,2018, 10815.

[16]   张伊，刘永基*，边亚燕，王雁，林列. 人眼入射波前像差与出射波前像差的差异. 光子学报，2018， 47（5）： 0511002

[17]   姜来，刘永基*，王晓琳，王肇圻. 矫正近视和老视的非球面衍射型隐形眼镜.光学学报，2017,37(1).

[18]   姜来，王肇圻，刘永基*. 目镜式头戴静脉显示光学系统的设计. 激光与光电子学进展,2017，54(7).

[19]    Jiang L,Liu Y*, Wang X, WANG Z. Multifocal intraocular lens to correct presbyopia//SPIE/COS Photonics Asia. International Society for Optics and Photonics,2016: 1002115.

[20]    樊若愚，刘永基*. 矫正老视新方法—光剑人工晶体, 激光与光电子学进展. 2015, 52 (05): 171-176

[21]    Y Liu，Z Wang，Y Wang.  A new method toaccurately assess post-laser-surgery refractive changes with the intrinsiccorneal power changes，Bio-medicalMaterials and Engineering. 2015, 26(s1): S825-832.

[22]   Q Lou, Y Wang, Z Wang, Y Liu, L Zhang et al. Investigation ofaberration characteristics of eyes at a peripheral visual field by individualeye model.Applied Optics, 2015,54(19): 5917-5923

[23]   Q Lou, Y Wang, Z Wang, Y Liu, L Zhang et al. Statisticalcharacteristics of aberrations of human eyes after small incision lenticuleextraction surgery and analysis of visual performance with individual eye model. Applied Optics, 2015,54(25): 7490-7493

专利：

1.  刘永基，王晓琳，王肇圻，基于剩余调节力的大焦深人工晶体，国家发明专利, ZL201510292026.2

2.  刘永基，刘永基，姜来，王肇圻，目镜式头戴静脉显示光学系统. 国家发明专利， ZL201611231828.3

3.  刘永基，边亚燕，姜来. 一种用于矫正老视眼的大焦深非球面人工晶体. 国家发明专利， ZL201710608987.

4.  刘永基，姜来大焦深非球面衍射型人工晶体. 国家发明专利，ZL201611102641.3

5.  刘永基，姜来，王晓琳，王肇圻. 矫正近视和老视的衍射型非球面衍射型隐形眼镜,国家发明专利 ZL201610102512.8

6.  刘永基，边亚燕.一种具有扩展景深性能的双区域非球面衍射型人工晶体, 国家发明专利，ZL201810372106.2

7.  YongjiLiu，Yayan Bian, A multi-zone contact lens with the function of controlling theprogression of myopia and its application method. 澳大利亚专利

专利：

1.  刘永基，王晓琳，王肇圻，基于剩余调节力的大焦深人工晶体，国家发明专利, ZL201510292026.2

2.  刘永基，刘永基，姜来，王肇圻，目镜式头戴静脉显示光学系统. 国家发明专利， ZL201611231828.3

3.  刘永基，边亚燕，姜来. 一种用于矫正老视眼的大焦深非球面人工晶体. 国家发明专利， ZL201710608987.

4.  刘永基，姜来大焦深非球面衍射型人工晶体. 国家发明专利，ZL201611102641.3

5.  刘永基，姜来，王晓琳，王肇圻. 矫正近视和老视的衍射型非球面衍射型隐形眼镜,国家发明专利 ZL201610102512.8

6.  刘永基，边亚燕.一种具有扩展景深性能的双区域非球面衍射型人工晶体, 国家发明专利，ZL201810372106.2

7. YongjiLiu， Yayan Bian, Amulti-zone contact lens with the function of controlling the progression ofmyopia and its application method. 澳大利亚专利

科研院所： 中国航天集团下属科研院所

企业：华为，舜宇光学；小米科技有限公司；北京字节跳动科技有限公司；TCL科技集团股份有限公司

本实验倡导勤奋、团结、奋进的氛围，注重每位同学的自身能力提高。 实验室气氛融洽，老师带领学生们一起解决问题，共同攻克科研道路上的难关；学生之间团结互助，结下深厚的同门友谊。欢迎踏实勤奋， 追求能力提高的同学报考！