西安交通大学理学院导师教师师资介绍简介-李福利

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基本信息 - 李福利基本信息

李福利
物理学教授, 博士生导师

学术兼职
中科院近物所重离子物理国家实验室学术委员会委员
中国物理学会量子光学专业委员会委员
中国光学学会光量子科学与技术专业委员会委员
量子光学学报编委
陕西省物理学会副理事长
西安交通大学学报编委
西安交通大学学位委员会副主任

获奖与荣誉
陕西省科学技术一等奖（2015）：基于腔量子电动力学的量子态制备、操控与量子计算及信息处理；陕西省教学成果一等奖（2015）；国家教学成果二等奖（2018）；宝钢优秀教师奖（1995）；陕西省优秀留学回国人员（2001）；国务院政府特殊津贴（2000）；国家教育部跨世纪优秀人才培养计划（2000）；陕西省“三五”人才计划 (2000)；国家教育部科技进步二等奖 (1998), "量子系统的动力学对称性研究与代数动力学"；陕西省科技进步三等奖 (1997,2007)。

联系方式
联系电话：
电子邮箱：flli@mail.xjtu.edu.cn
个人主页：http://gr.xjtu.edu.cn/web/flli
科研团队: http://qoqi.xjtu.edu.cn/

科研领域
量子光学；介质光学性质的量子调控；原子与量子光场相互作用动力学；量子干涉与原子自发辐射的控制；量子信息与量子计算；光力系统的量子效应；基于量子力学原理的高精密测量；光子轨道角动量与高维量子纠缠；超短激光脉冲与原子、分子的控制；量子成像

最新论文
1.Observation of edge solitons in photonic graphene
Zhang, ZY;Wang, R;Zhang, YQ;Kartashov, YV;Li, F;Zhong, H;Guan, H;Gao, KL;Li, FL;Zhang, YP;Xiao, M
NATURE COMMUNICATIONS卷: ‏11期: ‏1文献号:1902出版年: ‏APR 20 2020
2.Quantum-interference-enhanced magnon blockade in an yttrium-iron-garnet sphere coupled to superconducting circuits
Xie, Ji-kun;Ma, Sheng-li; Li Fu-li
PHYSICAL REVIEW A卷: ‏101期: ‏4文献号:042331出版年: ‏
APR 24 2020
3.Generating synthetic magnetism via Floquet engineering auxiliary qubits in phonon-cavity-based lattice
Wang, Xin;Li, Hong-Rong; Li Fu-li
NEW JOURNAL OF PHYSICS卷: ‏22期: ‏ 3文献号:033037出版年: ‏MAR 2020
4.Dissipative generation of steady-state squeezing of superconducting resonators via parametric driving
Xie, JK;Ma, SL;Ren, YL;Li, XK;Li, FL
PHYSICAL REVIEW A卷: ‏101期: ‏ 1文献号:012348出版年: ‏JAN 31 2020
5.Optimal phase sensitivity by quantum squeezing based on a Mach-Zehnder interferometer
Liu, J;Yu, Y;Wang, CY;Chen, Y;Wang, JW;Chen, HX;Wei, D;Gao, H;Li, FL
NEW JOURNAL OF PHYSICS卷: ‏22期: ‏1文献号:013031出版年: ‏JAN 2020

教育经历
1978.02--1985.02:兰州大学现代物理系，原子核物理专业，获学士学位；
1982.02--1985.02:兰州大学现代物理系，原子核理论方向，获硕士学位；
1985.02--1988.02: 南京大学物理学系，理论物理专业，获博士学位。

工作经历
1991.12-1992.12:德国明斯特大学理论物理研究所(I)，客座教授；
1993.01-1993.07:美国纽约州立大学布法罗分校物理系，访问****；
1997.02-1997.05:香港科技大学物理系，访问****；
2000.02-2000.07:香港浸会大学物理系, “求是”****；
2004.03-2005.04:美国Texas A&M 大学物理系量子研究所，访问****；
2011.02-2011.03:澳大利亚昆士兰大学数学系Ranbould fellowship；
1988.02-1990.07:西安交通大学应用物理系，讲师；
1990.07-1996.04:西安交通大学应用物理系，副教授；
1996.04-至今：西安交通大学应用物理系，教授；
2001.06评聘为西安交通大学首批“腾飞计划”****

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2014-09-24

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科学研究 - 李福利主要研究方向
量子光学；介质光学性质的量子调控；原子与量子光场相互作用动力学；量子干涉与原子自发辐射的控制；量子信息与量子计算；光力系统的量子效应；基于量子力学原理的高精密测量；光子轨道角动量与高维量子纠缠；超短激光脉冲与原子、分子的控制；计算成像。

负责主持的科研项目
1.高维光子轨道角动量量子态的产生、测量与操控的研究
国家自然科学基金重点项目
（**, 2016.1-2020.12）
2. 国家重点基础研究发展计划:基于光场的混合型量子通信网络研究课题四--高阶高维连续变量纠缠态光场的产生与测量
（2016YFA**，2016-2021）
3. 国家重点基础研究发展计划(973): 基于光场量子态的量子信息研究
基于多色多组份纠缠态光场进行量子信息网络研究
（2010CB923102，2010-2014）
4. 国家重点基础研究发展计划（973前期预研）
量子相干效应在信息处理和光能转化过程中作用的基础研究
（2011CB311807, 2010-2013)
5. 利用超短激光脉冲对原子与腔场耦合量子系统的实时观测与调控的理论研究
国家自然科学基金
（**, 2013.1-2016.12）
6.电与磁增益匹配相干原子气体的负折射光学性质
国家自然科学基金
（**, 2010.1-2012.12）
7. 宽带压缩光场与几何量子计算
国家自然科学基金
(**, 2007.1-2009.12)
8. 基于多能级原子和相干性实现可扩展量子计算
国家自然科学基金
(**, 2006.1-2008.12)
9.量子相干性与量子纠缠
　国家自然科学基金
(**，200６.01-2006.12)
10. 原子不同跃迁间的量子关联与超窄光谱线
国家自然科学基金
(**，2003.01-2005.12)
11. 量子干涉效应对原子共振荧光和能级布居影响的研究
国家自然科学基金
(**，2000.01-2002.12)
12. 利用相干驱动光束控制原子辐射性质的研究
国家自然科学基金
(**，1997.1-1999.12)
13. 利用单原子微激射器获得非经典场的理论研究
国家自然科学基金
( ，1992-1994)
国家自然科学基金委员会信息科学部优秀完成项目
14. 量子干涉与量子信息的研究
国家教育部跨世纪优秀人才培养计划
（2001.01-2003.12）

研究成果
作者还未对该模块添加任何内容.

人才培养 - 李福利讲授课程
高等量子力学 (研究生, 秋季)
电动力学 (本科生, 秋季)
理论力学 (本科生, 春季)
量子光学 (研究生, 春季)
量子科学与技术革命（本科生，春秋季）
力学（本科生，秋季）

优秀博士论文
高韶燕博士论文获得全国优秀博士论文提名奖
马胜利博士论文获陕西省优秀博士论文

学术著作 - 李福利学术论文 (2010年以后)
2019
1. Mode sorter designed for (de)multiplexing vector vortex modes
Jia, JL(Jia, Junliang)^[1];Chang, ZH(Chang, Zehong)^[1];Yang, HZ(Yang, Hongzhe)^[1];Liu, Q(Liu, Qing)^[1];Wang, FR(Wang, Feiran)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1];Zhang, P(Zhang, Pei)^[1,2,3]
APPLIED OPTICS58,7094-7099( 2019)
2. Fourier single-pixel reconstruction of a complex amplitude optical field
Zhao, SP(Zhao, Shupeng)^[1];Liu, RF(Liu, Ruifeng)^[1];Zhang, P(Zhang, Pei)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
OPTICS LETTERS44,3278-3281(2019)

3. Rabi-like oscillation of photonic topological valley Hall edge states
Zhong, H(Zhong, Hua)^[1,2,3,4];Kartashov, YV(Kartashov, Yaroslav, V)^[5];Zhang, YQ(Zhang, Yiqi)^[1,2,3,4];Song, DH(Song, Daohong)^[6,7];Zhang, YP(Zhang, Yanpeng)^[2];Li, FL(Li, Fuli)^[1];Chen, ZG(Chen, Zhigang)^[6,7,8]
OPTICS LETTERS44,3342-3345(2019)
4. Observing quantum coherence induced transparency of hybrid vector beams in atomic vapor
Yang, X(Yang, Xin)^[1];Chen, Y(Chen, Yun)^[1];Wang, JW(Wang, Jinwen)^[1];Dou, ZH(Dou, Zhenghui)^[1];Ca, MT(Ca, Mingtao)^[1];Wei, D(Wei, Dong)^[1];Batelaan, H(Batelaan, Herman)^[2];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
OPTICS LETTERS44,2911-2914(2019)
5. Measuring the Topological Charge of Orbital Angular Momentum Beams by Utilizing Weak Measurement Principle
Zhu, J(Zhu, Jing)^[1,2];Zhang, P(Zhang, Pei)^[1,3];Li, QC(Li, Qichang)^[1];Wang, FR(Wang, Feiran)^[1];Wang, CH(Wang, Chenhui)^[1];Zhou, YN(Zhou, Yingnan)^[1];Wang, JW(Wang, Jinwen)^[1];Gao, H(Gao, Hong)^[1];Kwek, LC(Kwek, Leong Chuan)^[2];Li, FL(Li, Fuli)^[1]
SCIENTIFIC REPORTS9,7993(2019)
6. Complex wavefront reconstruction with single-pixel detector
Liu, RF(Liu, Ruifeng)^[1];Zhao, SP(Zhao, Shupeng)^[1];Zhang, P(Zhang, Pei)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
APPLIED PHYSICS LETTERS114,161901(2019)
7. Propagation dynamics of finite-energy Airy beams in nonlocal nonlinear atomic vapor
Luo, DJ(Luo, Dajin)^[1];Hu, SY(Hu, Shuyun)^[1];Hu, HJ(Hu, Huajie)^[1];Wei, D(Wei, Dong)^[1];Chen, HX(Chen, Haixia)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
OSA CONTINUUM2,1365-1377( 2019)
8. Enhancement of spatial resolution of ghost imaging via localizing and thresholding
Wang, YL(Wang, Yunlong);Zhou, YN(Zhou, Yingnan);Wang, SX(Wang, Shaoxiong);Wang, FR(Wang, Feiran);Liu, RF(Liu, Ruifeng)^[1];Gao, H(Gao, Hong);Zhang, P(Zhang, Pei);Li, FL(Li, Fuli)^[1]
CHINESE PHYSICS B28,044202( 2019)
9. Sub-Rayleigh resolution single-pixel imaging using Gaussian- and doughnut-spot illumination
Wang, YL(Wang, Yunlong)^[1,2];Wang, FR(Wang, Feiran)^[1,2];Liu, RF(Liu, Ruifeng)^[1,2];Zhang, P(Zhang, Pei)^[1,2];Gao, H(Gao, Hong)^[1,2];Li, FL(Li, Fuli)^[1,2]
OPTICS EXPRESS27,5973-5981( 2019)
10. Manipulating the transmission of vector beam with spatially polarized atomic ensemble
Yang, X(Yang, Xin)^[1];Fang, AP(Fang, Aiping)^[1];Wang, JW(Wang, Jinwen)^[1];Li, YK(Li, Yunke)^[1];Chen, XY(Chen, Xiyuan)^[1];Zhang, XQ(Zhang, Xinqi)^[2];Cao, MT(Cao, Mingtao)^[1];Wei, D(Wei, Dong)^[1];Muller-Dethlefs, K(Mueller-Dethlefs, Klaus)^[3];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
OPTICS EXPRESS27,3900-3908( 2019)
11. Controllable transmission of vector beams in dichroic medium
Li, YK(Li, Yun-Ke)^[1];Wang, JW(Wang, Jin-Wen)^[1];Yang, X(Yang, Xin)^[1];Chen, Y(Chen, Yun)^[1];Chen, XY(Chen, Xi-Yuan)^[1];Cao, MT(Cao, Ming-Tao)^[1];Wei, D(Wei, Dong)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fu-Li)^[1]
CHINESE PHYSICS B28,014205( 2019)
12. Stabilizing Bell states of two separated superconducting qubits via quantum reservoir engineering
Ma, SL(Ma, Sheng-li);Li, XK(Li, Xin-ke);Liu, XY(Liu, Xin-yu);Xie, JK(Xie, Ji-kun);Li, FL(Li, Fu-li)^[1]
PHYSICAL REVIEW A99,042336( 2019)
13. Superbunching pseudothermal light with intensity modulated laser light and rotating groundglass
Zhou, Y(Zhou, Yu)^[1];Zhang, XX(Zhang, Xuexing)^[2,3];Wang, ZP(Wang, Zhengpeng)^[2,3];Zhang, FY(Zhang, Feiye)^[2,3];Chen, H(Chen, Hui)^[2,3];Zheng, HB(Zheng, Huaibin)^[2,3];Liu, JB(Liu, Jianbin)^[2,3];Li, FLL(Li, Fu-li)^[1];Xu, Z(Xu, Zhuo)^[2,3]
OPTICS COMMUNICATIONS437,330-336(2019)
14. Robust generation of entangled fields against inhomogeneous parameters of coupled superconducting resonators and qubits
Ma, SL(Ma, Sheng-li);Xie, JK(Xie, Ji-kun);Li, XK(Li, Xin-ke);Li, FL(Li, Fu-li)^[1]
PHYSICAL REVIEW A99,042317(2019)
15. Interfacing a Topological Qubit with a Spin Qubit in a Hybrid Quantum System
Li, B(Li, Bo)^[1,2];Li, PB(Li, Peng-Bo)^[1];Zhou, Y(Zhou, Yuan)^[1];Liu, J(Liu, Jie)^[1];Li, HR(Li, Hong-Rong)^[1];Li, FL(Li, Fu-Li)^[1]
PHYSICAL REVIEW APPLIED11,044026(2019)
16. Generation of superposition coherent states of microwave fields via dissipation of a superconducting qubit with broken inversion symmetry
Ma, Sheng-li;Xie, Ji-kun;Li, Fu-li
PHYSICAL REVIEW A99,022302(2019)
17. Two-mode squeezed states of two separated nitrogen-vacancy-center ensembles coupled via dissipative photons of superconducting resonators
Ma, SL(Ma, Sheng-li);Li, XK(Li, Xin-ke);Xie, JK(Xie, Ji-kun);Li, FL(Li, Fu-li)^[1]
PHYSICAL REVIEW A99,012325(2019)
18. Controllable transmission of vector beams in dichroic medium
Li, YK(Li, Yun-Ke)^[1];Wang, JW(Wang, Jin-Wen)^[1];Yang, X(Yang, Xin)^[1];Chen, Y(Chen, Yun)^[1];Chen, XY(Chen, Xi-Yuan)^[1];Cao, MT(Cao, Ming-Tao)^[1];Wei, D(Wei, Dong)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fu-Li)^[1]
CHINESE PHYSICS B28,014205(2019)
19. Experimental observation of three-photon superbunching with classical light in a linear system
Zhou, Y(Zhou, Yu)^[1];Luo, S(Luo, Sheng)^[2,3];Tang, ZH(Tang, Zhaohui)^[2,3];Zheng, HB(Zheng, Huaibin)^[2,3];Chen, H(Chen, Hui)^[2,3];Liu, JB(Liu, Jianbin)^[2,3];Li, FL(Li, Fu-Li)^[1];Xu, Z(Xu, Zhuo)^[2,3]
JOURNAL OF THE OPTICAL SOCIETY OF AMERICA B-OPTICAL PHYSICS36,96-100( 2019)

2018
1. Preparing multiparticle entangled states of nitrogen-vacancy centers via adiabatic ground-state transitions
Zhou, Y(Zhou, Yuan)^[1];Li, B(Li, Bo)^[1];Li, XX(Li, Xiao-Xiao)^[1];Li, FL(Li, Fu-Li)^[1];Li, PB(Li, Peng-Bo)^[1]
PHYSICAL REVIEW A98,052346(2018)
2. Quantum switch for coupling highly detuned superconducting qubits
Xie, JK(Xie, Ji-kun);Ma, SL(Ma, Sheng-li)^[1];Yang, ZP(Yang, Zhi-peng);Li, Z(Li, Zhen);Li, FL(Li, Fu-li)
PHYSICS LETTERS A382,2626-2631(2018)
3. Two-color electromagnetically induced transparency via modulated coupling between a mechanical resonator and a qubit
Wang, X(Wang, Xin)^[1,2];Miranowicz, A(Miranowicz, Adam)^[2,3];Li, HR(Li, Hong-Rong)^[1];Li, FL(Li, Fu-Li)^[1];Nori, F(Nori, Franco)^[2,4]
PHYSICAL REVIEW A98,023821(2018)
4. Modulation of multiphoton resonant high-order harmonic spectra driven by two frequency-comb fields
Zhao, YY(Zhao, Yuanyuan)^[1];Zhao, D(Zhao, Di)^[1];Jiang, CW(Jiang, Chen-Wei)^[1];Li, FL(Li, Fu-li)^[1]
CHINESE PHYSICS B27,053202( 2018)

5. High visibility temporal ghost imaging with classical light
Liu, JB(Liu, Jianbin)^[1,2];Wang, JJ(Wang, Jingjing)^[1,2];Chen, H(Chen, Hui)^[1,2];Zheng, HB(Zheng, Huaibin)^[1,2];Liu, YY(Liu, Yanyan)^[4];Zhou, Y(Zhou, Yu)^[3];Li, FL(Li, Fu-li)^[3];Xu, Z(Xu, Zhuo)^[1,2]
OPTICS COMMUNICATIONS410,824-829( 2018)
6. Emergent interlayer nodal superfluidity of a dipolar Fermi gas in bilayer optical lattices
Liu, B(Liu, Bo)^[1,2];Zhang, P(Zhang, Peng)^[1];Zhang, R(Zhang, Ren)^[1];Gao, H(Gao, Hong)^[1,2];Li, FL(Li, Fuli)^[1,2]
PHYSICAL REVIEW A98,063610(2018)
7. Generation and swapping of multi-qubit entangled state in a coupled superconducting resonator array
Li, XK(Li, Xinke)^[1,2];Ma, SL(Ma, Shengli)^[1,2];Zhou, Y(Zhou, Yuan)^[1,2];Xie, JK(Xie, Jikun)^[1,2];Li, FL(Li, Fuli)^[1,2]
QUANTUM INFORMATION PROCESSING17,336(2018)
8. Measuring Hanbury Brown and Twiss Effect of Multi-Spatial-Mode Thermal Light at Ultrashort Timescale by Two-Photon Absorption
Tang, ZG(Tang, Zhiguo)^[1,2];Bai, B(Bai, Bin)^[1,2,3];Zhou, Y(Zhou, Yu)^[4];Zheng, HB(Zheng, Huaibin)^[1,2];Chen, H(Chen, Hui)^[1,2];Liu, JB(Liu, Jianbin)^[1,2];Li, FL(Li, Fuli)^[4];Xu, Z(Xu, Zhuo)^[1,2]
IEEE PHOTONICS JOURNAL10,**(2018)
9. Ultrafast unidirectional chiral rotation in the Z-E photoisomerization of two azoheteroarene photoswitches
Pang, XJ(Pang, Xiaojuan)^[1,2];Jiang, CW(Jiang, Chenwei)^[1,2];Qi, YN(Qi, Yongnan)^[1,2];Yuan, L(Yuan, Ling)^[1,2];Hu, DP(Hu, Deping)^[3];Zhang, XX(Zhang, Xiuxing)^[4];Zhao, D(Zhao, Di)^[1,2];Wang, DD(Wang, Dongdong)^[5];Lan, ZG(Lan, Zhenggang)^[3];Li, FL(Li, Fuli)^[1,2]
PHYSICAL CHEMISTRY CHEMICAL PHYSICS20,25910-25917( 2018)
10. Dipole induced transparency and Aulter-Townes splitting via a dipole emitter coupled to a hybrid photonic-plasmonic resonator
Liu, WX(Liu, Wenxiao)^[1,2];Wang, X(Wang, Xin)^[1,2];Luo, MM(Luo, Mengmeng)^[1,2];Sun, XJ(Sun, Xuejian)^[1,2];Gao, SY(Gao, Shaoyan)^[1,2];Li, FL(Li, Fuli)^[1,2]
JOURNAL OF OPTICS20,105401( 2018)
11. Controllable speckle compression in atomic vapor by frequency modulation and its application in ghost imaging
Wang, JW(Wang, JinWen)^[1];Yang, X(Yang, Xin)^[1];Qiu, SW(Qiu, ShuWei)^[1];Cao, MT(Cao, MingTao)^[1];Wei, D(Wei, Dong)^[1];Gao, H(Gao, Hong)^[1];Li, F(Li, Fu)^[1]
SCIENCE CHINA-PHYSICS MECHANICS & ASTRONOMY61, 090321( 2018)
12. Efficient generation of non-classical photon pairs in a hot atomic ensemble
Wang, CY(Wang, Chengyuan)^[1];Gu, Y(Gu, Yan)^[1];Yu, Y(Yu, Ya)^[1];Wei, D(Wei, Dong)^[1];Zhang, P(Zhang, Pei)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
CHINESE OPTICS LETTERS16, 1671-7694(2018)

13. Integrated design of pi/2 converter and its experimental performance
Jia, JL(Jia, Junliang)^[1];Li, QC(Li, Qichang)^[1];Zhang, KP(Zhang, Kepeng)^[1];Chen, DX(Chen, Dongxu)^[1];Wang, CH(Wang, Chenhui)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1];Zhang, P(Zhang, Pei)^[1]
APPLIED OPTICS57,6076-6082(2018)

14. Micro-scale Fabry-Perot interferometer with high spectral resolution and tunable transmission frequency via chiral waveguide-emitter coupling
Lu, YN(Lu, Yunning)^[1,2];Gao, SY(Gao, Shaoyan)^[1,2];Fang, AP(Fang, Aiping)^[1,2];Liao, ZY(Liao, Zeyang)^[3,4];Li, FL(Li, Fuli)^[1,2]
PHYSICS LETTERS A382,1823-1828(2018)
15. Chiral Orbital Magnetism of p-Orbital Bosons in Optical Lattices
Liu, B(Liu, Bo)^[1,2];Zhang, P(Zhang, Peng)^[1];Gao, H(Gao, Hong)^[1,2];Li, FL(Li, Fuli)^[1,2]
PHYSICAL REVIEW LETTERS121,015303(2018)
16. Optically spatial information selection with hybridly polarized beam in atomic vapor
Wang, JW(Wang, Jinwen)^[1];Yang, X(Yang, Xin)^[1];Li, YK(Li, Yunke)^[1];Chen, Y(Chen, Yun)^[1];Cao, MT(Cao, Mingtao)^[1];Wei, D(Wei, Dong)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
PHOTONICS RESEARCH6,451-456(2018)
17. Modulation of multiphoton resonant high-order harmonic spectra driven by two frequency-comb fields
Zhao, YY(Zhao, Yuanyuan)^[1];Zhao, D(Zhao, Di)^[1];Jiang, CW(Jiang, Chen-Wei)^[1];Li, FL(Li, Fu-li)^[1]
CHINESE PHYSICS B27,053202(2018)
18. Robust method to probe the topological charge of a Bessel beam by dynamic angular double slits
Zhu, J(Zhu, Jing)^[1];Zhang, P(Zhang, Pei)^[1,2];Chen, DX(Chen, Dongxu)^[1];Liu, RF(Liu, Ruifeng)^[1];Zhou, YN(Zhou, Yingnan)^[1];Wang, JW(Wang, Jinwen)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
APPLIED OPTICS57,B39-B44(2018)
19. Super-resolution and ultra-sensitivity of angular rotation measurement based on SU(1,1) interferometers using homodyne detection
Liu, J(Liu, Jun)^[1];Li, ST(Li, Shitao)^[1];Wei, D(Wei, Dong)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
JOURNAL OF OPTICS20,025201(2018)

2017
1. Enhancement of the angular rotation measurement sensitivity based on SU(2) and SU(1,1) interferometers
Liu, J(Liu, Jun)^[1];Liu, WX(Liu, Wenxiao)^[1];Li, ST(Li, Shitao)^[1];Wei, D(Wei, Dong)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
PHOTONICS RESEARCH5,617-622(2017)
2. Photon superbunching of classical light in the Hanbury Brown-Twiss interferometer
Bai, B(Bai, Bin)^[1,2];Liu, JB(Liu, Jianbin)^[1,2];Zhou, Y(Zhou, Yu)^[3];Zheng, HB(Zheng, Huaibin)^[1,2];Chen, H(Chen, Hui)^[1,2];Zhang, SL(Zhang, Songlin)^[1,2];He, YC(He, Yuchen)^[1,2];Li, FL(Li, Fuli)^[3];Xu, Z(Xu, Zhuo)^[1,2]
JOURNAL OF THE OPTICAL SOCIETY OF AMERICA B-OPTICAL PHYSICS34,2081-2088( 2017)
3. Detecting the topological charge of a vortex beam by an arc slit diffraction
Fu, DZ(Fu, Dongzhi)^[1];Zhou, HL(Zhou, Hailong)^[2];Wang, KW(Wang, Kaiwei)^[1];Zhang, P(Zhang, Pei)^[1,3];Dong, JJ(Dong, Jianji)^[2];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
INTERNATIONAL JOURNAL OF MODERN PHYSICS B31,**( 2017)
4. Spatially modulated thermal light in atomic medium for enhanced ghost imaging
Cao, MT(Cao, Mingtao)^[1];Wang, JW(Wang, Jinwen)^[1];Yang, X(Yang, Xin)^[1];Qiu, SW(Qiu, Shuwei)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
SCIENTIFIC REPORTS7,8015( 2017)
5. Coherent frequency down-conversions and entanglement generation in a Sagnac interferometer
Lu, YN(Lu, Yunning)^[1];Gao, SY(Gao, Shaoyan)^[1];Fang, AP(Fang, Aiping)^[1];Li, PB(Li, Pengbo)^[1];Li, FL(Li, Fuli)^[1];Zubairy, MS(Zubairy, M. Suhail)^[2,3]
OPTICS EXPRESS25,16151-16170(2017)
6. Investigating the self-healing property of radially self-accelerating beam
Hu, HJ(Hu, Huajie)^[1,2];Song, J(Song, Jingnuan)^[1,2];Chen, HX(Chen, Haixia)^[1,2];Wei, D(Wei, Dong)^[1,2];Gao, H(Gao, Hong)^[1,2];Li, FL(Li, Fuli)^[1,2]
JOURNAL OF OPTICS19,065601( 2017)
7. Realization of quantum permutation algorithm in high dimensional Hilbert space
Chen, DX(Chen, Dong-Xu)^[1];Liu, RF(Liu, Rui-Feng)^[1];Zhang, P(Zhang, Pei)^[1,2];Wang, YL(Wang, Yun-Long)^[1];Li, HR(Li, Hong-Rong)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fu-Li)^[1]
CHINESE PHYSICS B26,060305( 2017)
8. Optical Bloch oscillation and Zener tunneling in an atomic system
Zhang, YQ(Zhang, Yiqi)^[1,2,3];Zhang, D(Zhang, Da)^[1,2];Zhang, ZY(Zhang, Zhaoyang)^[1,2,3];Li, CB(Li, Changbiao)^[1,2,3];Zhang, YP(Zhang, Yanpeng)^[1,2];Li, FL(Li, Fuli)^[3];Belic, MR(Belic, Milivoj R.)^[4];Xiao, M(Xiao, Min)^[5,6,7]
OPTICA4,571-575(2017)
9. Hanbury Brown-Twiss effect without two-photon interference in photon counting regime
Bai, B(Bai, Bin)^[1,2];Zhou, Y(Zhou, Yu)^[3,4];Liu, RF(Liu, Ruifeng)^[3,4];Zheng, HB(Zheng, Huaibin)^[1,2];Wang, YL(Wang, Yunlong)^[3,4];Li, FL(Li, Fuli)^[3,4];Xu, Z(Xu, Zhuo)^[1,2]
SCIENTIFIC REPORTS7,2145(2017)
10. Multiple plasmon resonance in a concentric silver-atomic medium nanoshell
Liu, WX(Liu, Wenxiao)^[1];Wang, X(Wang, Xin)^[1];Chai, YQ(Chai, Yaqin)^[1];Gao, SY(Gao, Shaoyan)^[1];Li, FL(Li, Fuli)^[1]
JOURNAL OF APPLIED PHYSICS121,123102(2017)
11. Transport properties in the photonic super-honeycomb lattice - a hybrid fermionic and bosonic system
Zhong, H(Zhong, Hua)^[1,2];Zhang, YQ(Zhang, Yiqi)^[1,2,3];Zhu, Y(Zhu, Yi)^[4];Zhang, D(Zhang, Da)^[1,2];Li, CBA(Li, Changbiao)^[1,2,3];Zhang, YP(Zhang, Yanpeng)^[1,2];Li, FL(Li, Fuli)^[3];Belic, MR(Belic, Milivoj R.)^[5];Xiao, M(Xiao, Min)^[6,7,8]
ANNALEN DER PHYSIK529,**( 2017)
12. Resonance spiking by periodic loss in the double-sided liquid cooling disk oscillator
Nie, RZ(Nie, Rongzhi)^[1,2];She, JB(She, Jiangbo)^[1];Li, DD(Li, Dongdong)^[4];Li, FL(Li, Fuli)^[2];Peng, B(Peng, Bo)^[1,3]
LASER PHYSICS27, 035002(2017)
13. "Watching" the Dark State in Ultrafast Nonadiabatic Photoisomerization Process of a Light-Driven Molecular Rotary Motor
Pang, XJ(Pang, Xiaojuan)^[1,2];Cui, XY(Cui, Xueyan)^[1,2];Hu, DP(Hu, Deping)^[3];Jiang, CW(Jiang, Chenwei)^[1,2];Zhao, D(Zhao, Di)^[1,2];Lan, ZG(Lan, Zhenggang)^[3];Li, FL(Li, Fuli)^[1,2]
JOURNAL OF PHYSICAL CHEMISTRY A121,1240-1249( 2017)
14. Observing the spin Hall effect of pseudothermal light through weak measurement
Cao, B(Cao, Bin)^[1,2];Wei, D(Wei, Dong)^[1];Zhang, P(Zhang, Pei)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
CHINESE OPTICS LETTERS15,022401( 2017)
15. Quantum walk with one variable absorbing boundary
Wang, FR(Wang, Feiran)^[1,2];Zhang, P(Zhang, Pei)^[1,2];Wang, YL(Wang, Yunlong)^[1,2];Liu, RF(Liu, Ruifeng)^[1,2];Gao, H(Gao, Hong)^[1,2];Li, FL(Li, Fuli)^[1,2]
PHYSICS LETTERS A381,65-69( 2017)
16. Simulating the Lipkin-Meshkov-Glick model in a hybrid quantum system
Zhou, Y(Zhou, Yuan)^[1];Ma, SL(Ma, Sheng-Li)^[1];Li, B(Li, Bo)^[1];Li, XX(Li, Xiao-Xiao)^[1];Li, FL(Li, Fu-Li)^[1];Li, PB(Li, Peng-Bo)^[1]
PHYSICAL REVIEW A96,062333( 2017)
17. Preparing entangled states between two NV centers via the damping of nanomechanical resonators
Li, XX(Li, Xiao-Xiao)^[1];Li, PB(Li, Peng-Bo)^[1];Ma, SL(Ma, Sheng-Li)^[1];Li, FL(Li, Fu-Li)^[1]
SCIENTIFIC REPORTS7,14116(2017)
18. Quantum microwave-optical interface with nitrogen-vacancy centers in diamond
Li, B(Li, Bo)^[1];Li, PB(Li, Peng-Bo)^[1];Zhou, Y(Zhou, Yuan)^[1];Ma, SL(Ma, Sheng-Li)^[1];Li, FL(Li, Fu-Li)^[1]
PHYSICAL REVIEW A96,032342(2017)
19. One-step generation of continuous-variable quadripartite cluster states in a circuit QED system
Yang, ZP(Yang, Zhi-peng);Li, Z(Li, Zhen);Ma, SL(Ma, Sheng-li)^[1];Li, FL(Li, Fu-li)
PHYSICAL REVIEW A96,012327( 2017)
20. Quantum gambling based on Nash-equilibrium
Zhang, P(Zhang, Pei)^[1,2,3];Zhou, XQ(Zhou, Xiao-Qi)^[2,3,4,5];Wang, YL(Wang, Yun-Long)^[1];Liu, BH(Liu, Bi-Heng)^[6];Shadbolt, P(Shadbolt, Pete)^[2,3];Zhang, YS(Zhang, Yong-Sheng)^[6];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fu-Li)^[1];O'Brien, JL(O'Brien, Jeremy L.)^[2,3]
NPJ QUANTUM INFORMATION3,24(2017)
21. Realization of quantum permutation algorithm in high dimensional Hilbert space
Chen, DX(Chen, Dong-Xu)^[1];Liu, RF(Liu, Rui-Feng)^[1];Zhang, P(Zhang, Pei)^[1,2];Wang, YL(Wang, Yun-Long)^[1];Li, HR(Li, Hong-Rong)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fu-Li)^[1]
CHINESE PHYSICS B26,060305( 2017)
22. Second-order fermionic interference with independent photons
Liu, JB(Liu, Jianbin)^[1,2];Chen, H(Chen, Hui)^[1,2];Zhou, Y(Zhou, Yu)^[3];Zheng, HB(Zheng, Huaibin)^[1,2];Li, FL(Li, Fu-li)^[3];Xu, Z(Xu, Zhuo)^[1,2]
JOURNAL OF THE OPTICAL SOCIETY OF AMERICA B-OPTICAL PHYSICS34,1215-1222(2017)
23. Superbunching pseudothermal light
Zhou, Y(Zhou, Yu)^[1];Li, FL(Li, Fu-li)^[1];Bai, B(Bai, Bin)^[2,3];Chen, H(Chen, Hui)^[2,3];Liu, JB(Liu, Jianbin)^[2,3];Xu, Z(Xu, Zhuo)^[2,3];Zheng, HB(Zheng, Huaibin)^[1,2,3]
PHYSICAL REVIEW A95,053809(2017)
24. Orbital angular momentum complex spectrum analyzer for vortex light based on the rotational Doppler effect
Zhou, HL(Zhou, Hai-Long)^[1];Fu, DZ(Fu, Dong-Zhi)^[2];Dong, JJ(Dong, Jian-Ji)^[1];Zhang, P(Zhang, Pei)^[2];Chen, DX(Chen, Dong-Xu)^[2];Cai, XL(Cai, Xin-Lun)^[3,4];Li, FL(Li, Fu-Li)^[2];Zhang, XL(Zhang, Xin-Liang)^[1]
LIGHT-SCIENCE & APPLICATIONS6, e16251( 2017)

2016
1. Measuring mode indices of a partially coherent vortex beam with Hanbury Brown and Twiss type experiment
Liu, RF(Liu, Ruifeng)^[1];Wang, FR(Wang, Feiran)^[1];Chen, DX(Chen, Dongxu)^[1];Wang, YL(Wang, Yunlong)^[1];Zhou, Y(Zhou, Yu)^[1];Gao, H(Gao, Hong)^[1];Zhang, P(Zhang, Pei)^[1];Li, FL(Li, Fuli)^[1]
APPLIED PHYSICS LETTERS108, 051107(2016)
2. Enhanced visibility of ghost imaging and interference using squeezed thermal light
Liu, RF(Liu, Ruifeng);Fang, AP(Fang, Aiping);Zhou, Y(Zhou, Yu);Zhang, P(Zhang, Pei);Gao, SY(Gao, Shaoyan);Li, HR(Li, Hongrong);Gao, H(Gao, Hong);Li, FL(Li, Fuli)^[1].
PHYSICAL REVIEW A93,013822(2016)
3. Coherent control of multiphoton dynamics and high-order-harmonic generation driven by two frequency-comb fields with a relative envelope delay
Zhao, Di; Jiang, Chen-Wei;Li, Fu-li
JOURNAL OF PHYSICS B49,135601(2016)
4. Tunable electromagnetically induced transparency in a composite superconducting system
Wang, Xin; Li, Hong-rong; Chen, Dong-xu, et al.,
OPTICS COMMUNICATIONS366,321-327(2016)
5. Generation and replication of continuous-variable quadripartite cluster and Greenberger-Horne-Zeilinger states in four chains of superconducting transmission line resonators
Li, Z(Li, Zhen);Ma, SL(Ma, Sheng-li);Yang, ZP(Yang, Zhi-peng);Fang, AP(Fang, Ai-ping);Li, PB(Li, Pen-bo);Gao, SY(Gao, Shao-yan);Li, FL(Li, Fu-li)^[1].
PHYSICAL REVIEW A93,042305(2016)
6. Second-order interference of two independent and tunable single-mode continuous-wave lasers
Liu, JB(Liu, Jianbin)^[1,2];Wei, D(Wei, Dong)^[3];Chen, H(Chen, Hui)^[1,2];Zhou, Y(Zhou, Yu)^[3];Zheng, HB(Zheng, Huaibin)^[1,2,3];Gao, H(Gao, Hong)^[3];Li, FL(Li, Fu-Li)^[3];Xu, Z(Xu, Zhuo)^[1,2]
CHINESE PHYSICS B25, 034203( 2016)
7. Negative refraction without absorption via quantum coherence
Fang, AP(Fang, Ai-Ping)^[1,2];Ge, WC(Ge, Wenchao)^[3,4];Wang, M(Wang, Meng)^[1,2];Li, FL(Li, Fu-li)^[1,2];Zubairy, MS(Zubairy, M. Suhail)^[3,4]
PHYSICAL REVIEW A93, 023822(2016)
8. Four-state quantum key distribution exploiting maximum mutual information measurement strategy
Chen, Dong-Xu; Zhang, Pei; Li, Hong-Rong, et al.,
QUANTUM INFORMATION PROCESSING15, 881-891( 2016)
9. Enhanced electromechanical coupling of a nanomechanical resonator to coupled superconducting cavities
Li, Peng-Bo; Li, Hong-Rong;Li, Fu-Li
SCIENTIFIC REPORTS6,19065(2016)

2015

1. Generation of twin Airy beams with a parametric amplifier
Wei, D(Wei, Dong)^[1];Liu, J(Liu, Jun)^[1];Yu, Y(Yu, Ya)^[1];Wang, JW(Wang, Jinwen)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
JOURNAL OF PHYSICS B-ATOMIC MOLECULAR AND OPTICAL PHYSICS48, 245401(2015)
2. Spatial sub-Rayleigh imaging analysis via speckle laser illumination
Wang, YL(Wang, Yunlong)^[1];Wang, FR(Wang, Feiran)^[1];Liu, RF(Liu, Ruifeng)^[1];Chen, DX(Chen, Dongxu)^[1];Gao, H(Gao, Hong)^[1];Zhang, P(Zhang, Pei)^[1];Li, FL(Li, Fuli)^[1]
OPTICS LETTERS40, 5323-5326(2015)
3．Investigating the self-healing property of an optical Airy beam
Zhang, LY(Zhang, Liyun)^[1];Ye, FJ(Ye, Fengjuan)^[1];Cao, MT(Cao, Mingtao)^[1];Wei, D(Wei, Dong)^[1];Zhang, P(Zhang, Pei)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
OPTICS LETTERS40,5066-5069(2015)
4. Propagation of Airy beams in a close-Lambda electromagnetically induced transparency system
Ye, FJ(Ye, Fengjuan)^[1];Zhang, LY(Zhang, Liyun)^[1];Wang, FR(Wang, Feiran)^[1];Yang, YM(Yang, Yongming)^[2];Yu, Y(Yu, Ya)^[1];Liu, J(Liu, Jun)^[1];Wei, D(Wei, Dong)^[1];Zhang, P(Zhang, Pei)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1]
OPTICS COMMUNICATIONS345,129-134( 2015)
5. Demonstration of quantum permutation algorithm with a single photon ququart
Wang, FR(Wang, Feiran);Wang, YL(Wang, Yunlong);Liu, RF(Liu, Ruifeng);Chen, DX(Chen, Dongxu);Zhang, P(Zhang, Pei)^[1];Gao, H(Gao, Hong);Li, FL(Li, Fuli)
SCIENTIFIC REPORTS5,10995(2015)
6. Probing the topological charge of a vortex beam with dynamic angular double slits
Fu, DZ(Fu, Dongzhi)^[1];Chen, DX(Chen, Dongxu)^[1];Liu, RF(Liu, Ruifeng)^[1];Wang, YL(Wang, Yunlong)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fuli)^[1];Zhang, P(Zhang, Pei)^[1]
OPTICS LETTERS40, 788-791(2015)
7. Two-mode squeezing generation in hybrid chains of superconducting resonators and nitrogen-vacancy-center ensembles
Ma, SL(Ma, Shengli)^[1];Li, Z(Li, Zhen)^[1];Li, PB(Li, Pengbo)^[1];Fang, AP(Fang, Aiping)^[1];Gao, SY(Gao, Shaoyan)^[1];Li, FL(Li, Fuli)^[1]
JOURNAL OF PHYSICS B-ATOMIC MOLECULAR AND OPTICAL PHYSICS48, 035504(2015)
8. Dynamics in Photoexcited DNA Bases and Related Molecules
Dou, Yusheng; Wang, Zhisong;Li, Fuli, et al.,
INTERNATIONAL JOURNAL OF PHOTOENERGY501028,2015

9. Orbital angular momentum filter of photon based on spin-orbital angular momentum coupling
Chen, DX(Chen, Dong-Xu)^[1];Zhang, P(Zhang, Pei)^[1];Liu, RF(Liu, Rui-Feng)^[1];Li, HR(Li, Hong-Rong)^[1];Gao, H(Gao, Hong)^[1];Li, FL(Li, Fu-Li)^[1]
PHYSICS LETTERS A379,2530-2534(2015)

10. Coherent control of multiphoton resonance dynamics in high-order-harmonic generation driven by two frequency-comb fields
Zhao, Di; Jiang, Chen-Wei;Li, Fu-li
PHYSICAL REVIEW A92,043413(2015)
11. Hybrid Quantum Device Based on NV Centers in Diamond Nanomechanical Resonators Plus Superconducting Waveguide Cavities
Li, Peng-Bo; Liu, Yong-Chun; Gao, S. -Y., et al.,
PHYSICAL REVIEW APPLIED4, 044003(2015)
12. The second-order interference of two independent single-mode He-Ne lasers
Liu, JB(Liu, Jianbin)^[1,2];Le, MN(Le, Mingnan)^[1,2];Bai, B(Bai, Bin)^[1,2];Wang, WT(Wang, Wentao)^[1,2];Chen, H(Chen, Hui)^[1,2];Zhou, Y(Zhou, Yu)^[3];Li, FL(Li, Fu-li)^[3];Xu, Z(Xu, Zhuo)^[1,2]
OPTICS COMMUNICATIONS350,196-201( 2015)
13. Generation of broadband two-mode squeezed light in cascaded double-cavity optomechanical systems
Li, Zhen; Ma, Sheng-li;Li, Fu-li
PHYSICAL REVIEW A92,023856( 2015)
14. Realisation of orbital angular momentum sorter of photons based on Sagnac interferometer
Fu, DZ(Fu Dong-Zhi)^[1];Jia, JL(Jia Jun-Liang)^[1];Zhou, YN(Zhou Ying-Nan)^[1];Chen, DX(Chen Dong-Xu)^[1];Gao, H(Gao Hong)^[1];Li, FL(Li Fu-Li)^[1];Zhang, P(Zhang Pei)^[1]
ACTA PHYSICA SINICA64, 130704(2015)

15. Multi-level effects in the high-order harmonic generation driven by intense frequency-comb laser fields
Zhao Di; Jiang Chen-Wei;Li Fu-Li
CHINESE PHYSICS B24, 074205( 2015)
16. The first- and second-order temporal interference between thermal and laser light
Liu, Jianbin; Zheng, Huaibin; Chen, Hui; et al., .
OPTICS EXPRESS23,11868-11878(2015)

17. Dissipative production of controllable steady-state entanglement of two superconducting qubits in separated resonators
Ma, Sheng-Li; Liao, Zeyang;Li, Fu-Li; et al.,
EPL110,40004(2015)

18. Dramatic enhancement of high-order-harmonic generation via the quantum interference of dipole-transition paths
Zhao, Di; Jiang, Chen-Wei;Li, Fu-li
PHYSICAL REVIEW A91, 033414(2015)

19. Photoisomerization dynamics of a rhodopsin-based molecule (potential molecular switch) with high quantum yields
Jiang, CW(Jiang, Chen-Wei)^[1,2];Zhang, XX(Zhang, Xiu-Xing)^[3];Fang, AP(Fang, Ai-Ping)^[1,2];Li, HR(Li, Hong-Rong)^[1,2];Xie, RH(Xie, Rui-Hua)^[1,2];Li, FL(Li, Fu-Li)^[1,2];Allen, RE(Allen, Roland E.)^[4]
PHYSICA SCRIPTA90,025401(2015)
.
20. Quantum information transfer with hybrid NV center-photon qubit encoding
Li, XQ(Li, Xue-Qin)^[1];Ma, SL(Ma, Sheng-Li)^[1];Li, PB(Li, Peng-Bo)^[1];Gao, SY(Gao, Shao-Yan)^[1];Li, HR(Li, Hong-Rong)^[1];Li, FL(Li, Fu-Li)^[1]
JOURNAL OF MODERN OPTICS62, 487-492(2015)
21. Precision measurement of single-atom trajectories in higher-order Laguerre-Gaussian transverse modes of a Fabry-Perot cavity
Wang, YN(Wang Yan-Na)^[1];Zhao, D(Zhao Di)^[1];Fang, AP(Fang Ai-Ping)^[1];Jiang, CW(Jiang Chen-Wei)^[1];Gao, SY(Gao Shao-Yan)^[1];Li, FL(Li Fu-Li)^[1]
ACTA PHYSICA SINICA64, 224214(2015)
22. Two-photon interference with non-identical photons
Liu, JB(Liu, Jianbin)^[1,2];Zhou, Y(Zhou, Yu)^[3];Zheng, HB(Zheng, Huaibin)^[1,2,3];Chen, H(Chen, Hui)^[1,2];Li, FL(Li, Fu-li)^[3];Xu, Z(Xu, Zhuo)^[1,2]
OPTICS COMMUNICATIONS354,79-83(2015)
2014
[1] Super sub-wavelength patterns in photon coincidence detection
作者:Liu, Ruifeng; Zhang, Pei; Zhou, Yu; 等.
SCIENTIFIC REPORTS卷:4文献号:4068出版年:FEB 17 2014
[2] Quantum algorithm for solving some discrete mathematical problems by probing their energy spectra
作者:Wang, Hefeng; Fan, Heng; Li, Fuli
PHYSICAL REVIEW A卷:89期:1文献号:012306出版年:JAN 6 2014
[3] Transfer and conversion of images based on EIT in atom vapor
作者:Cao, Mingtao; Zhang, Liyun; Yu, Ya; 等.
OPTICS LETTERS卷:39期:9页:2723-2726出版年:MAY 1 2014
[4] Experimental study of the second-order coherence of partially polarized thermal light
作者:Liu, Jianbin; Zhou, Yu; Wang, Wentao; 等.
OPTICS COMMUNICATIONS卷:317页:18-23出版年:APR 15 2014
[5] Accurate and practical method for characterizing Laguerre-Gaussian modes
作者:Xu, Zhenlin; Zhu, Tao; Cheng, Di; 等.
APPLIED OPTICS卷:53期:8页:1644-1647出版年:MAR 10 2014
[6] The second-order interference between laser and thermal light
作者:Liu, Jianbin; Zhou, Yu; Li, Fu-li; 等.
EPL卷:105期:6文献号:64007出版年:MAR 2014
[7] Electronic and Structural Response of Nanomaterials to Ultrafast and Ultraintense Laser Pulses
作者:Jiang, Chen-Wei; Zhou, Xiang; Lin, Zhibin; 等.
JOURNAL OF NANOSCIENCE AND NANOTECHNOLOGY卷:14期:2页:1549-1562出版年:FEB 2014
2013
[1] Energy levels of a heavy ion moving in dense plasmas
作者:Hu, Hongwei; Zhao, Yongtao; Li, Fuli; 等.
PHYSICS OF PLASMAS卷:20期:12文献号:122110出版年:DEC 2013
[2] Characterizing the phase profile of a vortex beam with angular-double-slit interference
作者:Liu, Ruifeng; Long, Junling; Wang, Feiran; 等.
JOURNAL OF OPTICS卷:15期:12文献号:125712出版年:DEC 2013
[3] Energy transfer between two aggregates in light-harvesting complexes
作者:Wang Xiao-Lian; Li Hong-Rong; Zhang Pei; 等.
CHINESE PHYSICS B卷:22期:11文献号:117102出版年:NOV 2013
[4] Geometric phase of a central qubit coupled to a spin chain in a thermal equilibrium state (vol 377, pg 528, 2013)
作者:Zhang, Ai-ping; Li, Fu-li
PHYSICS LETTERS A卷:377期:34-36页:2253-2253出版年:NOV 1 2013
[5] Robust continuous-variable entanglement of microwave photons with cavity electromechanics
作者:Li, Peng-Bo; Gao, Shao-Yan; Li, Fu-Li
PHYSICAL REVIEW A卷:88期:4文献号:043802出版年:OCT 2 2013
[6] Measurement of Berry Phase Associated with Higher Dimensional Orbital Angular Momentum of Light by Interference Method
作者:Xu Yuan; Huang Yuan-Yuan; Hu Ling; 等.
CHINESE PHYSICS LETTERS卷:30期:10文献号:100304出版年:OCT 2013
[7] Structural, Electronic and Spectroscopic Properties of C50X12 (C-s, X = H, F, Cl): Which is More Stable Than C50X12 (D-3, X = H, F, Cl)
作者:Jiang, Chen-Wei; Xie, Jianing Colin; Li, Fu-Li; 等.
JOURNAL OF COMPUTATIONAL AND THEORETICAL NANOSCIENCE卷:10期:9页:1928-1934出版年:SEP 2013
[8] Evaluating Laguerre-Gaussian beams with an invariant parameter
作者:Long, Junling; Liu, Ruifeng; Wang, Feiran; 等.
OPTICS LETTERS卷:38期:16页:3047-3049出版年:AUG 15 2013
[9] Spatial second-order interference of pseudothermal light in a Hong-Ou-Mandel interferometer
作者:Liu, Jianbin; Zhou, Yu; Wang, Wentao; 等.
OPTICS EXPRESS卷:21期:16页:19209-19218出版年:AUG 12 2013
[10] Generation and coherent control of even-order harmonics driven by intense frequency-comb and cavity-mode fields inside a fsEC
作者:Zhao, Di; Li, Fu-li; Chu, Shih-I
JOURNAL OF PHYSICS B-ATOMIC MOLECULAR AND OPTICAL PHYSICS卷:46期:14文献号:145403出版年:JUL 28 2013
[11] Dissipation-assisted generation of steady-state single-mode squeezing of collective excitations in a solid-state spin ensemble
作者:Ma, Sheng-li; Li, Peng-bo; Fang, Ai-ping; 等.
PHYSICAL REVIEW A卷:88期:1文献号:013837出版年:JUL 23 2013
[12] Quantum phase transition in a three-level atom-molecule system
作者:Li, Sheng-Chang; Fu, Li-Bin; Li, Fu-Li
PHYSICAL REVIEW A卷:88期:1文献号:013602出版年:JUL 1 2013
[13] Singularities of classical and quantum correlations at critical points of the Lipkin-Meshkov-Glick model in bipartitions and tripartitions of spins
作者:Zhang, Xiu-xing; Li, Fu-li
PHYSICS LETTERS A卷:377期:14页:1053-1059出版年:JUN 3 2013
[14] REALIZATION OF FAST QUANTUM INFORMATION TRANSFER AND ENTANGLEMENT WITH SUPERCONDUCTING FLUX QUBITS COUPLED TO A RESONATOR
作者:Wang, Yawei; Gao, Shaoyan; Fang, Aiping; 等.
INTERNATIONAL JOURNAL OF QUANTUM INFORMATION卷:11期:4文献号:**出版年:JUN 2013
[15] Extension of high-order harmonic cutoff frequency by synthesizing the waveform of a laser field via the optimization of classical electron trajectory in the laser field
作者:Zhao Di; Li Fu-Li
CHINESE PHYSICS B卷:22期:6文献号:064215出版年:JUN 2013
[16] Control excitation and coherent transfer in a dimer
作者:Li, Hong-rong; Zhang, Pei; Liu, Yingjun; 等.
PHYSICAL REVIEW A卷:87期:5文献号:053831出版年:MAY 24 2013
[17] Energy transfer and correlation dynamics in a three-quasi-spin-pigment system
作者:Zhang Yin-Ping; Li Hong-Rong; Fang Ai-Ping; 等.
CHINESE PHYSICS B卷:22期:5文献号:057104出版年:MAY 2013
[18] CONTROLLING TUNNELING MODES BY A PHOTONIC QUANTUM WELL STRUCTURE BASED ON ZERO EFFECTIVE PHASE GAP
作者:Bo, Tao; Feng, Yu; Li, Fu-Li
MODERN PHYSICS LETTERS B卷:27期:10文献号:**出版年:APR 20 2013
[19] Coherent control and giant enhancement of multiphoton ionization and high-order-harmonic generation driven by intense frequency-comb laser fields: An ab initio theoretical investigation
作者:Zhao, Di; Li, Fu-li; Chu, Shih-I
PHYSICAL REVIEW A卷:87期:4文献号:043407出版年:APR 11 2013
[20] Polarization separation of light in holographic grating reflection in conical mounting
作者:Wei, Dong; Liu, Hao; Cao, Mingtao; 等.
JOURNAL OF MODERN OPTICS卷:60期:7页:598-601出版年:APR 1 2013
[21] Geometrical parameters controlled focusing and enhancing near field in infinite circular metal-dielectric multilayered cylinder
作者:Gao, Shaoyan; Li, Pengbo; Li, Fuli
APPLIED PHYSICS LETTERS卷:102期:12文献号:123107出版年:MAR 25 2013
[22] Induced modification of the geometric phase of a qubit coupled to an XY spin chain by Dzyaloshinsky-Moriya interaction
作者:Zhang Ai-Ping; Li Fu-Li
CHINESE PHYSICS B卷:22期:3文献号:030308出版年:MAR 2013
[23] Geometric phase of a central qubit coupled to a spin chain in a thermal equilibrium state
作者:Zhang, Ai-ping; Li, Fu-li
PHYSICS LETTERS A卷:377期:7页:528-533出版年:FEB 15 2013
[24] Binding energy levels of a slowly moving ion in dusty plasmas
作者:Hu, Hongwei; Li, Fuli
PHYSICS OF PLASMAS卷:20期:2文献号:023701出版年:FEB 2013
2012
[1] Information Transferring between a Photon's Orbital Angular Momentum and Frequency
作者:Liu Rui-Feng; Zhang Pei; Gao Hong; 等.
CHINESE PHYSICS LETTERS卷:29期:12文献号:124203出版年:DEC 2012
[2] Deutsch's algorithm with topological charges of optical vortices via non-degenerate four-wave mixing
作者:Cao, Mingtao; Han, Liang; Liu, Ruifeng; 等.
OPTICS EXPRESS卷:20期:22页:24263-24271出版年:OCT 22 2012
[3] QUANTUM CORRELATIONS OF TWO QUBITS COUPLED IN A THERMAL EQUILIBRIUM ENVIRONMENT
作者:Zhang, Aiping; Li, Fuli
MODERN PHYSICS LETTERS B卷:26期:25文献号:**出版年:OCT 10 2012
[3] Optical polarization rotation in a rubidium vapor
作者:Cao Ming-Tao; Qiu Shu-Wei; Guo Wen-Ge; 等.
ACTA PHYSICA SINICA卷:61期:16文献号:164208出版年:AUG 2012
[4] Identifying the orbital angular momentum of light based on atomic ensembles
作者:Han, Liang; Cao, Mingtao; Liu, Ruifeng; 等.
EPL卷:99期:3文献号:34003出版年:AUG 2012
[5] Engineering two-mode entangled states between two superconducting resonators by dissipation
作者:Li, Peng-Bo; Gao, Shao-Yan; Li, Fu-Li
PHYSICAL REVIEW A卷:86期:1文献号:012318出版年:JUL 17 2012
[6] Detecting the multi-spin interaction of an XY spin chain by the geometric phase of a coupled qubit
作者:Zhang, Xiu-xing; Zhang, Ai-ping; Li, Fu-li
PHYSICS LETTERS A卷:376期:30-31页:2090-2095出版年:JUN 18 2012
[7] Charge effect in secondary electron emission from silicon surface induced by slow neon ions
作者:Xu, Zhongfeng; Zeng, Lixia; Zhao, Yongtao; 等.
LASER AND PARTICLE BEAMS卷:30期:2页:319-324出版年:JUN 2012
[8] Binding energy levels of a slowly moving ion in quantum plasmas
作者:Hu, Hongwei; Li, Fuli; Jiang, Chenwei
PHYSICAL REVIEW E卷:85期:5文献号:056406子辑:2出版年:MAY 16 2012
[9] Self-rotation of optical polarization in rubidium vapor
作者:Qiu, Shuwei; Guo, Wenge; Cao, Mingtao; 等.
CHINESE OPTICS LETTERS卷:10期:5文献号:052701出版年:MAY 10 2012
[10] Dissipative preparation of entangled states between two spatially separated nitrogen-vacancy centers
作者:Li, Peng-Bo; Gao, Shao-Yan; Li, Hong-Rong; 等.
PHYSICAL REVIEW A卷:85期:4文献号:042306出版年:APR 6 2012
[11] Non-Equilibrium Quantum Entanglement in Biological Systems
作者:Li Hong-Rong; Zhang Pei; Gao Hong; 等.
CHINESE PHYSICS LETTERS卷:29期:4文献号:047101出版年:APR 2012
[12] Spin polarization separation of light reflected at Brewster angle
作者:Lv, Yang; Wang, Zefang; Jin, Yu; 等.
OPTICS LETTERS卷:37期:5页:984-986出版年:MAR 1 2012
[13] Implementing the Deutsch's algorithm with spin-orbital angular momentum of photon without interferometer
作者:Zhang, Pei; Jiang, Yan; Liu, Rui-Feng; 等.
OPTICS COMMUNICATIONS卷:285期:5页:838-841出版年:MAR 1 2012
[14] Engineering two-mode continuous-variable entangled states of distant atomic spin ensembles with superconducting quantum circuits
作者:Li, Peng-Bo; Gao, Shao-Yan; Li, Fu-Li
PHYSICAL REVIEW A卷:85期:1文献号:014303出版年:JAN 30 2012
[15] Ultrafast cis-to-trans photoisomerization of a bridged azobenzene through n pi excitation: Rotational pathway is not restricted
作者:Jiang, Chen-Wei; Xie, Rui-Hua; Li, Fu-Li; 等.
CHEMICAL PHYSICS LETTERS卷:521页:107-112出版年:JAN 10 2012
[16] One-step generation of Greenberger-Horne-Zeilinger states of multi solid-state spin qubits
作者:Ma, Sheng-li; Li, Peng-bo; Li, Fu-li
JOURNAL OF MODERN OPTICS卷:59期:18页:1617-1623出版年:2012
2011
[1] Generation of non-equilibrium thermal quantum discord and entanglement in a three-spin XX chain by multi-spin interaction and an external magnetic field
作者:Zhang, Xiu-xing; Li, Fu-li
PHYSICS LETTERS A卷:375期:46页:4130-4137出版年:NOV 7 2011
[2] Selective control of vibrational modes with sequential femtosecond-scale laser pulses
作者:Jiang, Chen-Wei; Zhou, Xiang; Xie, Rui-Hua; 等.
CHEMICAL PHYSICS LETTERS卷:515期:1-3页:137-140出版年:OCT 17 2011
[3] Efficient scheme for entangled states and quantum information transfer with trapped atoms in a resonator
作者:Li Peng-Bo; Li Fu-Li
CHINESE PHYSICS B卷:20期:9文献号:090304出版年:SEP 2011
[4] Semiclassical simulations in materials science
作者:Jiang, Chen-Wei; Zhou, Xiang; Lin, Zhibin; 等.
PHYSICA STATUS SOLIDI B-BASIC SOLID STATE PHYSICS卷:248期:9页:2008-2014出版年:SEP 2011
[5] ENTANGLING TWO MULTIATOM CLUSTERS VIA A SINGLE-MODE THERMAL FIELD
作者:Patrick, S. R. J.; Yang, Yang; Yin, Zhang-Qi; 等.
INTERNATIONAL JOURNAL OF MODERN PHYSICS B卷:25期:20页:2681-2696出版年:AUG 10 2011
[6] X-ray emission of Xe30+ ion beam impacting on Au target
作者:Zhang, Xiaoan; Zhao, Yongtao; Hoffmann, Dieter H. H.; 等.
LASER AND PARTICLE BEAMS卷:29期:2页:265-268出版年:JUN 2011
[7] Quantum-information transfer with nitrogen-vacancy centers coupled to a whispering-gallery microresonator
作者:Li, Peng-Bo; Gao, Shao-Yan; Li, Fu-Li
PHYSICAL REVIEW A卷:83期:5文献号:054306出版年:MAY 26 2011
[8] Quantum Nonlocally Correlated Observables for Non-Gaussian States
作者:Li Hong-Rong; Li Fu-Li; Zhu Shi-Yao
CHINESE PHYSICS LETTERS卷:28期:5文献号:050310出版年:MAY 2011
[8] Engineering squeezed states of microwave radiation with circuit quantum electrodynamics
作者:Li, Peng-Bo; Li, Fu-Li
PHYSICAL REVIEW A卷:83期:3文献号:035807出版年:MAR 25 2011
[9] Deterministic generation of multiparticle entanglement in a coupled cavity-fiber system
作者:Li, Peng-Bo; Li, Fu-Li
OPTICS EXPRESS卷:19期:2页:1207-1216出版年:JAN 17 2011
[10] Entanglement distillation from Gaussian input states by coherent photon addition
作者:Zhang, Pei; Li, Hong-Rong; Gao, Hong; 等.
JOURNAL OF MODERN OPTICS卷:58期:10页:835-838出版年:2011
[11] Engineering two-mode squeezed states of cold atomic clouds with a superconducting stripline resonator
作者:Li, Peng-Bo; Li, Fu-Li
OPTICS COMMUNICATIONS卷:284期:1页:294-296出版年:JAN 1 2011
2010
[1] Demonstration of Deutsch's algorithm on a stable linear optical quantum computer
作者:Zhang, Pei; Liu, Rui-Feng; Huang, Yun-Feng; 等.
PHYSICAL REVIEW A卷:82期:6文献号:064302出版年:DEC 23 2010
[2] Generation of two-mode entangled states in a four-level atomic system via the Raman process
作者:Li, Hong-rong; Wang, Li-gang; Li, Gao-xiang; 等.
OPTICS COMMUNICATIONS卷:283期:24页:5269-5274出版年:DEC 15 2010
[2] Implementation of one-dimensional quantum walks on spin-orbital angular momentum space of photons
作者:Zhang, Pei; Liu, Bi-Heng; Liu, Rui-Feng; 等.
PHYSICAL REVIEW A卷:81期:5文献号:052322出版年:MAY 2010
[3] Controlled generation of field squeezing with cold atomic clouds coupled to a superconducting transmission line resonator
作者:Li, Peng-Bo; Li, Fu-Li
PHYSICAL REVIEW A卷:81期:3文献号:035802出版年:MAR 2010
[4] Structural, Electronic and Spectroscopic Properties of Non-IPR Fullerene C-54 (C-2v) and Its Derivatives: C54X8 (X = H, F, Cl, Br)
作者:Jiang, Chen-Wei; Xie, Rui-Hua; Li, Fu-Li; 等.
JOURNAL OF COMPUTATIONAL AND THEORETICAL NANOSCIENCE卷:7期:1页:182-198出版年:JAN 2010
[5] Controlling entanglement dynamics of two qubits coupled to a common reservoir via a coherent field
作者:Patrick, S. R. J.; Li, Fu-li; Wang, Meng; 等.
JOURNAL OF MODERN OPTICS卷:57期:4页:295-302出版年:2010
[6] Generation of two-mode Gaussian-type entangled states of light via a quantum beat laser
作者:Fang, Ai-ping; Chen, Yi-long; Li, Fu-li; 等.
PHYSICAL REVIEW A卷:81期:1文献号:012323出版年:JAN 2010

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博士生出国交流 2008-2009，伊璋琦，美国密歇根大学安娜堡分校物理系
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