白艳锋，男，1980年生，河南郑州人，博士，教授。2005.6毕业于华南师范大学，获硕士学位；2008.6毕业于中国科学院上海光学精密机械研究所，获博士学位；2008.7受聘讲师进入东南大学工作，2012.4晋级副教授；2014.9进入湖南大学工作；2016.12-2017.12美国田纳西大学，访问学者；2019年晋级教授。长期从事“鬼”成像，图像处理，信号检测与处理，非线性光学和量子光学等方面的研究。主持国家级项目6项，参与国家级项目10项。在国内外学术期刊上发表论文近80篇，全部为SCI检索。目前为国家自然科学基金通讯评审专家、江西等省市自然科学基金评审专家，OL、OE、PR、IEEE PJ、OC、PLA、JOSAB、COL、CPB、LP、LPL等期刊的审稿专家。

从事“鬼”成像方面的研究。主要研究：1、“鬼”成像及其与之相关成像系统的设计；2、图像处理及相关算法；3、信号检测与处理；4、场与物质相互作用产生的各种光学现象。如感兴趣，欢迎随时讨论。

“鬼”成像是近些年出现的一种新型成像技术。传统的成像，比如单反、手机自带的相机，成像时相机需要对准被成像目标拍摄，物和像不能分离，这是一种局域的成像模式。与之完全不同，“鬼”成像可以不需要对着成像目标拍摄就能获取目标的信息，即物像分离，它是一种非局域的成像模式。这种新型的成像方法可以对隐蔽目标成像，并且对成像环境依赖不高，在军事、生物医学、保密通讯等领域有潜在的应用价值。

1.基础加强项目，2022.10-2025.10（主持，在研）

2.国防科技创新特区项目，2021.11—2022.10（主持，已结题）；

3.微弱光信号检测情况下的赝热光鬼成像研究，2019.1-2022.12，国家自然科学基金面上项目（主持已结题）；

4.湍流对基于纠缠源关联成像的影响，2014.1—2017.12，国家自然科学基金面上项目（主持已结题）；

5.量子成像的相干模表象理论，2009.1—2012.12，国家自然科学基金青年基金（主持已结题）；

6.国防科技创新特区项目，2019.1—2020.12（副组长，已结题）；

7.国防科技创新特区项目，2018.1—2018.12（副组长，已结题）；

8.国防科技创新特区项目，2017.1—2017.12（副组长，已结题）；

9.国家863项目，2015.7—2016.6（副组长，已结题）；

10.国家863项目，2014.7—2015.6（副组长，已结题）；　

11.国家863项目，2013.7—2014.6（主持已结题）；　　

12.国家863项目，2012.7—2013.6（主持已结题）；

13.国家863项目，2011.7—2012.6（主持已结题）；

14.少周期脉冲激光诱导半导体微结构超快动力学及量子相干控制，2014.1—2017.12，国家自然科学基金面上项目（参与在研）；

15.利用局域准相位匹配技术操控纠缠双光子模函数的研究，2011.1—2013.12，国家自然科学基金（参与已结题）；

16.介电光学超晶格操控双光子时空纠缠的理论研究，2010.1—2010.12，科学部主任基金（参与已结题）；

17.BESIII上宇称破坏的了理论研究与核子结构，2009.1—2011.12，国家自然科学基金（参与已结题）；

18.银纳米晶超晶格结构的调控及其表面增强拉曼散射特性研究，2009.1—2011.12，国家自然科学基金（参与已结题）。

与本科阶段的学习有很大的不同，研究生阶段学生应该学会主动发现问题并设法解决问题。针对这一特点，课题组一直提倡的是“授之以鱼不如授之以渔”。对于每个学生，我们会引导学生一步步的去解决问题，而不是直接告诉学生该怎么去做。因此，课题组的学生入题都比较快，也能快速的出成绩。目前为止，虽然我们没有对学生做过硬性要求，但课题组毕业的学生至少都有一篇SCI论文发表，部分学生在研一就已经发表论文，极个别学生的论文发表在一区的SCI期刊上，建议你考虑加入我们课题组前有个心理准备。目前课题组毕业的学生大都在高校、国家电网、中车、网易、华为、移动、联通和电信工作。

通常情况下，课题组每年可以招收1-2名博士生，6-8名硕士生。课题组的研究坚持理论加实验，有专门的实验室供学生去验证自己的理论结果，每年还有外场实验任务需要到室外完成。如果你有一定的数学基础，具备基础的C/C++或Matlab编程能力，而又对我们的研究方向感兴趣的话，欢迎与我们联系，来信必回。

所带部分研究生名单：

南苏琴：2015年硕士入学，2017年直博。已发表四篇SCI论文，一篇一区，两篇二区，一篇三区；获国奖、2018年优秀博士研究生学校奖学金；2020年毕业，工作单位：湖南工商大学。

付 芹：2018年硕士入学，2020年直博，已发表一篇SCI一区论文，一篇在审；

曾 学：硕士，2014年入学，发表一篇三区SCI论文。2017.6毕业，工作单位：深圳华为；

沈 倩：硕士，2015年入学，发表两篇SCI论文，一篇二区，一篇四区，获国奖。2018.6毕业，工作单位：国家电网；

屈利杰：硕士，2015年入学，发表两篇SCI论文，一篇三区，一篇四区，获国奖。2018.6毕业，工作单位：南京中车集团

李恒星：硕士，2015年入学，发表一篇三区SCI论文，获国奖。2018.6毕业，工作单位：国家电网；

段 超：硕士，2016年入学，发表一篇三区SCI论文，获国奖。2019.6毕业，工作单位：深圳市艾酷通信软件有限公司；

汤伶俐：硕士，2016年入学，发表一篇四区SCI论文。2019.6毕业，工作单位：深圳顺丰科技有限公司；

谭 威：博士，2018年入学；已发表一篇二区、一篇三区SCI论文，一篇EI。2022.6博士毕业，现为博士后，发表两篇二区SCI论文；

蒋 腾：博士，2019年入学；已发表两篇二区，一篇三区SCI论文。2023.6博士毕业；

王梦倩：硕士，2019年推免入学，发表一篇四区SCI论文，2022.6毕业；

陆明书：硕士，2019年推免入学，发表一篇三区SCI论文，2022.6毕业；

蒋同济：硕士，2020年推免入学；发表一篇三区SCI论文，2023.6毕业；

黄伟奕：硕士，2021年入学，发表一篇三区SCI论文；

范依然：硕士，2022年入学；

张 蓉：硕士，2022年入学；

陈健霞：博士，2023年入学；

向思卿：硕士，2023年入学；

刘腾飞：硕士，2023年入学；

柳璇：硕士，2023年入学。。

*代表通讯作者

uLiyu Zhou (博三发表),Yanfeng Bai*,Qin Fu,Xiaohui Zhu, XianweiHuang, Xuanpengfan Zou, and Xiquan Fu*, “Measurablespeckle gradation Hadamard single-pixel imaging,”ChineseOptics Letters(二区期刊)Volume: 22 Pages: 031104 Published:2024. 3

uWei Tan (博后),Yanfeng Bai*,Xianwei Huang, Xiaohui Zhu, Teng Jiang, XuanpengfanZou, Suqin Nan, Mingwei Liu, and Xiquan Fu*, “Feeble-lightghost imaging via correlation calculation,” Results in Physics (二区期刊), Volume: 54 Pages: 107094, Published: 2023.10

uXiaohui Zhu (博三发表),Yanfeng Bai*,Wei Tan, Yiyu Zhou, Xianwei Huang, Tongji Jiang, Teng Jiang, Suqin Nan, andXiquan Fu*, “High-Resolution Microscopic Ghost Imagingfor Bioimaging,” Physical Review Applied (二区期刊), Volume: 20 Pages: 014028 Published: 2023. 7.

uLiyu Zhou (博二发表),YanfengBai*,Qin Fu,Xianwei Huang, Xiaohui Zhu, Xuanpengfan Zou, andXiquan Fu*, “Imaging quality improvement of ghost imagingunder high correlation coefficient between speckle patterns,”Optics Communications(三区期刊)Volume: 545 Pages: 129698 Published:2023. 6

uQin Fu (博三发表),YanfengBai*,Wei Tan,Xianwei Huang, Suqin Nan, and XiquanFu*, “Principle of subtraction ghost imaging inscattering medium,”Chinese Physics B (三区期刊)Volume: 32 Pages: 064203 Published: 2023. 1

uWeiyi Huang (研二发表), Wei Tan, Hao Qin, Jiajia Wang, Zhongqiang Huang, Xianwei Huang,Xiquan Fu*, andYanfeng Bai*, “Edgedetection based on ghost imaging through biological tissue,” Journal of the Optical Society of America B (三区期刊), Volume: 40 Pages: 1696-1702 Published: 2023.6.

uTeng Jiang (博四发表),Yanfeng Bai*,Wei Tan, Xiaohui Zhu, Xianwei Huang, Suqin Nan, and Xiquan Fu*,“Ghostimaging lidar system for remote imaging,” OpticsExpress (二区期刊), Volume: 31 Pages: 15107-15117Published: 2023. 4.

uXuanpengfan Zou (博四发表), Xianwei Huang, CongLiu, Wei Tan,Yanfeng Bai*, and Xiquan Fu*, “Targetrecognition based on pre-processing in computational ghost imagingwith deep learning,” Opticsand Laser Technology (二区期刊), Volume:167 Pages: 10987 Published: 2023. 7.

uXianwei Huang, Teng Jiang, Wei Tan, Suqin Nan,Yanfeng Bai,and Xiquan Fu*, “Propagation dynamics and crosstalk of orbital angular momentumbeams influenced by a supersonic wind-induced environmental disturbance,”Optics Express (二区期刊), Volume: 30(20) Pages: 35624-35635,Published: 2022.9.26

uXianwei Huang, Wei Tan, Teng Jiang, Suqin Nan,Yanfeng Bai,and Xiquan Fu*, “Propagation dynamics of modulated vortex beams in nonlocalnonlinear media,” Optics Communications (三区期刊), Volume:527(1) Pages: 128970 Published: 2022.9.26

uTongji Jiang (研二发表),Yanfeng Bai*,WeiTan,Xiaohui Zhu, Xiaoqian Liang, Hang Jin, Qin Fu, and Xiquan Fu*, “Analysis of the allowable maximumamplitude of random jitter in computational ghost imaging,” Journal of theOptical Society of America A (三区期刊), Volume:39(9) Pages: 1616-1620, Published: 2022.8.17

uZhaoqi Liu(研三发表), Yanfeng Bai*,Xuanpengfan Zou, Liyu Zhou, Qin Fu, and Xiquan Fu*, “Ghostimaging based on the control of light source bandwidth,”Chinese PhysicsB (三区期刊)Volume: 32 Pages: 034210Published: 2022. 5

uMengqian Wang,Yanfeng Bai*, Xuanpengfan Zou, Mingda Peng, Liyu Zhou,Qin Fu, Tongji Jiang and Xiquan Fu, Laser Physics (四区期刊), Volume: 32(1) Pages: 065205, Published: 2022.5.10

u傅喜泉*，黄贤伟，谭威，白艳锋，“信道气流干扰下的关联成像研究,”激光与光电子学进展，58(10)1011017 2021.4.23

uWei Tan (博四发表),Yanfeng Bai*,Xianwei Huang, Teng Jiang, Suqin Nan, Qin Fu, Xuanpengfan Zou, and Xiquan Fu*, “Enhancing critical resolution of aghost imaging system by using a vortex beam,” Optics Express (二区期刊), Volume: 30(9) Pages: 14061-14072, Published: 2022.4.25

uWeijun Zhou（大三发表）, Aixin Liu, XianweiHuang, Yanfeng Bai, and Xiquan Fu, “Propagation dynamics of Laguerre–Gaussian beamsin the fractional Schr?dinger equation with noise disturbance”, Journal of theOptical Society of America A (三区期刊), Volume:39(4) Pages: 736-743, Published: 2022.3.28

uWei Tan (博四发表), Xianwei Huang, TengJiang, Suqin Nan, Qin Fu, Xuanpengfan Zou,Yanfeng Bai*, and Xiquan Fu*, “Critical resolution in ghost imaging system withpseudo-thermal light,” Results in Physics (二区期刊), Volume: 32(1) Pages: 105104 Published: 2021.12.8

uMingshu Lu (研三发表), Xuanpengfan Zou,Liyu Zhou, Suqin Nan, Teng Jiang, Xianwei Huang, Wei Tan,Yanfeng Bai*, andXiquan Fu*, “Criticalresolution in ghost imaging system with pseudo-thermal light,” Journal of the Optical Society of America A (三区期刊), Volume: 39(2) Pages: 233-238 Published: 2022.1.26

uTeng Jiang (博二发表), Wei Tan, XianweiHuang, Suqin Nan,Yanfeng Bai*, and Xiquan Fu*,“Detailreconstruction in ghost imaging with under sampling,”Journal of Optics (三区期刊), Volume: 23 Pages: 075201Published: 2021. 6.

uXiaoping Huang,Yanfeng Bai*,Wei Tan, Suqin Nan,and Xiquan Fu, “ Lensless ghost imaging with hollow-Gaussian modulatedincoherent sources in atmospheric turbulence,” Laser Physics (四区期刊) Volume: 31 Pages: 055202 Published: 2021. 4.

uNing Zhang (本科生),Yanfeng Bai*,Xuanpengfan Zou, and Xiquan Fu, “Detail reconstruction in binary ghostimaging by using point-by-pointmethod,” Optics Communications (三区期刊), Volume: 482 Pages: 126611 Published: 2020. 11.

uZhujun Gao (本科生), Jianhua Yin,YanfengBai*, and Xiquan Fu, “Imaging quality improvement of ghost imaging inscattering medium based on Hadamard modulated light field,” Applied Optics (三区期刊), Volume: 59 Pages: 8472 Published: 2020. 9.

uXuanpengfan Zou (博一发表), Wei Tan, XianweiHuang, Suqin Nan,Yanfeng Bai*, and Xiquan Fu, “Imagingquality enhancement in binary ghost imaging using the Otsu algorithm,” Journalof Optics (三区期刊), Volume: 22 Pages: 095201Published: 2020. 7.

uQin Fu (研二发表),YanfengBai*,Xianwei Huang, Suqin Nan, Peiyi Xie, and XiquanFu, “Positive influence of the scattering medium on reflective ghostimaging,”Photonics Research(一区期刊)Volume: 7 Pages: 1468-1472 Published: 2019.11

uWei Tan (博二发表)，Xianwei Huang, Suqin Nan,Yanfeng Bai*,andXiquan Fu, “Ghost imaging through inhomogeneous turbulent atmosphere along anuplind path and a downlink path,”OSA ContinuumVolume: 3Pages:1222-1231 Published: 2020. 5.

uWei Tan (博一发表)，Xianwei Huang, Suqin Nan,Yanfeng Bai*,andXiquan Fu, “Effect of the collection range of a bucket detector on ghostimaging through turbulent atmosphere,”Journal of the Optical Societyof America (三区期刊)Volume: 36Pages:1261-1266 Published: 2019. 7.

uSuqin Nan (博一发表),YanfengBai*,Xianwei Huang, Wei Tan, and Xiquan Fu, “The unified imagingcondition of Fourier-transform ghost imaging in the far field,”LaserPhysics Letters (三区期刊)Volume: 17Pages: 055201 Published: 2020.3

uSuqin Nan (博一发表),YanfengBai*,Xiaohui Shi, Xianwei Huang, and Xiquan Fu, “Second-orderintensity-correlated imaging with a rotating reflected object” ,”LaserPhysics Letters (二区期刊)Volume: 15Pages: 115203 Published: 2018.9

uSuqin Nan (研二发表),Yanfeng Bai*, Xiaohui Shi, Qian Shen, LijieQu, Hengxing Li, and Xiquan Fu, “Experimental investigation of ghost imaging ofreflective objects with different surface roughness”PhotonicsResearch(一区期刊)Volume: 5 Pages: 372-376Published: 2017.8

uSuqin Nan (研二发表),Yanfeng Bai*, Xiaohui Shi, Qian Shen, HengxingLi, Lijie Qu, and Xiquan Fu, “Ghost imaging for a reflected object with largeincident angles”IEEE Photonics Journal (二区期刊)Volume: 9 Pages: 7800107 Published: 2017.6

uQian Shen (研三发表),Yanfeng Bai*, Xiaohui Shi, Suqian Nan, LijieQu, Hengxing Li, and Xiquan Fu, “Ghost microscope imaging system from theperspective of coherent-mode representation,”Laser Physics Letters (二区期刊)Volume: 15 Pages: 035207 Published: 2018.2

uQian Shen (研二发表),Yanfeng Bai*, Xiaohui Shi, Suqian Nan, LijieQu, Hengxing Li, and Xiquan Fu, “Evaluating imaging quality between differentghost imaging systems based on the coherent-mode representation,”LaserPhysics (四区期刊)Volume: 27 Pages: 075203Published: 2017.6

uLijie Qu (研三发表),Yanfeng Bai*, Suqin Nan, Qian Shen, HengxingLi, and Xiquan Fu, “The quality of temporal ghost imaging over optical fiber,”Opticsand Laser Technology (三区期刊)Volume: 104Pages: 197 Published: 2018.2

uLijie Qu (研二发表),Yanfeng Bai*, Qian Shen, Suqin Nan, HengxingLi, and Xiquan Fu, “The noise analysis of ghost imaging in transparent liquid”OptQuant Electron (四区期刊)Volume: 49Pages: 234 Published: 2017.5

uChao Duan (研二发表),Yanfeng Bai*, Lingli Tang, Suqin Nan, QianShen, and Xiquan Fu, “Reduction of the defocusing effect in lensless ghostimaging and ghost diffraction with cosh-Gaussian modulated incoherent sources”AppliedOptics (三区期刊)Volume: 57 Pages: B20-B24Published: 2018.1

uLingli Tang (研二发表),Yanfeng Bai*, Chao Duan, Suqian Nan, QianShen, and Xiquan Fu, “Effects of incident angles on reflective ghost imagingthrough atmospheric turbulence,”Laser Physics (四区期刊)Volume:28 Pages: 015201 Published: 2017.12

uHengxing Li (研二发表),Yanfeng Bai*, Xiaohui Shi, Suqin Nan, LijieQu, Qian Shen, and Xiquan Fu, “Reflective ghost imaging free from vibratingdetectors”Chinese Physics B (三区期刊)Volume: 26 Pages: 104204 Published: 2017.8

uYang Gao (博二发表),Yanfeng Bai*, and Xiquan Fu,“Point-spread function in ghost imaging system with thermal light,”Optics Express(二区期刊)Volume: 24 Pages: 258566 Published: 2016.11

u16.Xue Zeng (研二发表),Yanfeng Bai*, Xiaohui Shi, Yang Gao, andXiquan Fu, “The influence of the positive and negative defocusing on lenslessghost imaging,”Optics Communications(三区期刊)Volume: 382 Pages: 415-420Published: 2016.9

uLai Nie (研三发表),Yanfeng Bai^*, and Xiquan Fu, “Ghosttelescope imaging system from the perspective of coherent-mode representation,”Optics Communications (三区期刊)Volume: 358 Issue:1 Pages: 88-91 Published: 2016.1

uZhimei Luo (研三发表),Yanfeng Bai^*, and Xiquan Fu, “Noiseanalysis in ghost telescope and ghost Fourier telescope imaging systems withshaped incoherent light,”Opt Quant Electron (四区期刊)Volume: 48 Issue: 1 Pages:78-1-9 Published: 2016.2

uYanfeng Bai^*, Wenxing Yang, Dingan Han, and Xiaoqiang Yu, The visibilityanalysis of correlated imaging based on the coherent mode representation,Optik(四区期刊)Volume: 125 Issue: 24 Pages:3825-3828 Published:2014.4

uYanfeng Bai^*, Taigang Liu and Yang, Xiaoqiang Yu, Giant Kerr nonlinearity inan open V-type system with spontaneously generated coherence,Optik(四区期刊)Volume: 124 Issue: 24 Pages: 613-616Published: 2013.4

uYanfeng Bai^*, Wenxing Yang, Dingan Han, and Xiaoqiang Yu, Giant Kerrnonlinearity induced by interacting quantum coherences from decays andincoherent pumping,Chinese Physics B(三区期刊)Volume: 21 Issue: 11 Pages:114208-1-5 Published: 2012

uYanfeng Bai^*, Taigang Liu, Xiaoqiang Yu, and Wenxing Yang, Impact ofinteracting quantum coherence via decays and incoherent pumping on transientand steady-state behaviors of absorption,Commun. Theor. Phys.(三区期刊)Volume: 57 Issue: 4 Pages: 667-680 Published: April 15~2012

uYanfeng Bai^*, Wenxing and Yang, Xiaoqiang Yu, Noise analysis in ghost imagingfrom the perspective of coherent-mode representation,Chinese Physics B(三区期刊)Volume: 21 Issue: 4 Pages:044206-1-4 Published: 2012

uYanfeng Bai^*, Haiyan Gao, Taigang Liu, Teng Qiu, Haiqing Zhou, and XiaoqiangYu, Visibility of ghost imaging in a two-arm microscope imaging system,Journalof Modern Optics(四区期刊)Volume: 59 Issue: 4 Pages: 360-364 Published:February 20 ~2012

uYanfeng Bai^*, Kun Yang, Wenxing and Yang, Xiaoqiang Yu, Noise analysis incorrelated imaging, quantum and classical,Optik(四区期刊)Volume: 122 Issue: 24 Pages: 1791-1794 Published:2011.10

uYanfeng Bai^*, Wenxing Yang, and Xiaoqiang Yu, Probe gain without probe fieldin a V-type system with an external field coupling two upper levels,Commun.Theor. Phys.(三区期刊)Volume: 55 Issue: 24 Pages: 667-670 Published: March 20~2011

uYanfeng Bai^*, Wenxing Yang, Xiaoqiang Yu, and Shensheng Han, Ghostdiffraction. Lensless system and 2-f system,Optik(四区期刊)Volume: 122 Issue: 24 Pages: 451-454Published: 2011.3

uYanfeng Bai^*, Haiyan Gao, Taigang Liu, Teng Qiu, and Haiqing Zhou, Evolutionprocess from ghost diffraction to ghost imaging in a lensless imaging system,AppliedOptics(三区期刊)Volume:50 Issue: 32 Pages: 6098-6102 Published: November 10 ~2011

uYanfeng Bai^*, Wenxing Yang, and Xiaoqiang Yu, Controllable Kerr nonlinearitywith vanishing absorption in a four-level inverted-Y atomic system,OpticsCommunications (三区期刊)Volume:283 Issue: 24 Pages: 5062-5066 Published: 2010.12

uYanfeng Bai^*, Wenxing Yang, and Xiaoqiang Yu, Noise properties in a two-armmicroscope imaging system with classical thermal light,Applied Optics(三区期刊)Volume: 49 Issue: 24 Pages: 4554-4557 Published:August 20 ~2010

uYanfeng Bai^*and Shensheng Han, Quantum noise analysis in correlatedtwo-photon imaging,Journal of Modern Optics (四区期刊)Volume: 56 Issue: 2 Pages: 851-854 Published: April 10~2009

uYanfeng Bai^*, Honglin Liu, and Shensheng Han, Transmission area and Correltaedimaging,Optics Express (二区期刊)Volume: 15 Issue: 10 Pages:6062-6068 Published: May 2 ~2007

uYanfeng Bai^*and Shensheng Han, Ghost imaging with thermal light bythird-order correlation,Physical Review A(二区期刊)Volume: 76 Issue: 2 Pages: 043828 Published:October 18 ~2007

uYanfeng Bai^*and Shensheng Han, Correlated imaging of double-slit withdifferent positions,Optics Communication(三区期刊)Volume: 280 Issue: 2 Pages:393-396 Published: 2007.12.15

uYanfeng Bai^*,Hong Guo, Hui Sun, Dingan Han, Cheng Liu,and Xuzong Chen,Effects of spontaneously generated coherence onthe conditions for exhibiting lasing without inversion in a V system,PhysicalReview A(三区期刊)Volume:69 Issue: 4 Pages:043814 Published: April 19 ~2004

uYanfeng Bai^*,Hong Guo, Dingan Han, and Hui Sun,Effects of incoherent pumping on the phasecontrol of amplification without inversion in a Lambda system withspontaneously generated coherence,J. Opt. B: Quantum Semiclass. Opt.(三区期刊)Volume:7 Issue: 2 Pages:35-38 Published: Jan 6 ~2005

uYanfeng Bai^*,Hong Guo, Dingan Han, and Hui Sun,Effects of spontaneously generated coherence onthe group velocity in a V system,Physics Letters A(三区期刊)Volume: 340 Issue:4 Pages:342-346 Published: April 8 ~2005