赵玲娟，女，研究员，博士生导师。
1985年、1988年在天津大学电子工程系分别获理学学士、理学硕士学位；毕业后一直在中科院半导体研究所从事半导体激光器及相关集成器件的研究与开发。于1997年9月至1999年9月作为访问学者在美国Brookhaven National Lab工作两年。
作为863项目“宽带可调谐半导体激光器的研究与开发”以及“宽带波长可调谐激光器与半导体光放大器单片集成器件”的课题负责人，主持完成了课题任务指标，研制出了波长调谐范围达40nm的单片集成的半导体可调谐激光器，并且研制出了宽带可调谐激光器和电吸收调制器的单片集成、以及宽带可调谐激光器和半导体光放大器的单片集成。
作为课题负责人，完成了自然科学基金重点项目“超高速光信号出了关键技术及集成器件研究”，研制出了多种光时钟恢复集成器件，实现了40Gb/s信号的全光时钟恢复。参与研究了10Gb/s－40Gb/s电吸收调制的DFB激光器模块的研究，参与完成了973项目“InP基光逻辑功能集成芯片材料研究”，国家自然基金重点项目:"光网络用光放大器、电吸收调制器和模斑转换器串接集成材料与器件的研究"等。
曾获中国材料研究学会科学技术一等奖（半导体光电子功能材料集成技术平台，2006年），中国科学院科技进步二等奖（长波长无制冷单模激光器的研究，1991）。
主要研究方向：
InP基光电集成技术；高速率的电吸收调制器，半导体光放大器，半导体可调谐激光器及其相关器件，全光时钟恢复等光子信息处理器件的研究。当前课题组拥有金属有机化学汽相沉积（MOCVD）的材料生长设备、微区光荧光测试分析设备、光电子器件的前后工艺设备以及光电子器件测试分析设备等，建立了以选区外延生长技术和量子阱混杂技术，各种光栅制作技术等为基础的光子集成器件研究与开发的技术平台，具备了研究大规模光子集成回路的基本条件。
现招收博士生及硕博连读生
联系方式：
中国科学院半导体研究所 邮政编码：100083
电话：（010）82304437；传真：（010）82304437；
E-mail：ljzhao@semi.ac.cn
在研/完成项目：
1、国家自然科学基金重点项目：多波长锁模激光器集成芯片的研究（2014-2019）（主持）
2、国家自然科学基金面上项目：新型单片集成平衡探测器相关基础研究（2013-2016）（主持）
3、国家“973”项目课题：受迫谐振模式控制机理及时钟恢复集成器件研究（2011-2015）（主持）。
4、自然科学基金重点项目：超高速光信号处理关键技术及集成器件研究（2008－2011）（主持）。
5、国家“973”项目：InP基光逻辑功能集成芯片材料研究（2006－2010）（参与）。
6、国家“863”项目：宽带波长可控激光器与半导体光放大器的单片集成（2007－2009）（主持）。
7、国家“863”项目：宽带可调谐半导体激光器的研究与开发（2002－2005）（主持）。
8、国家“973”项目：新型量子阱功能材料和器件（2000－20005）（参与）。
代表性论文：
1. Liqiang Yu; Dan Lu; Biwei Pan; Lingjuan Zhao, Widely Tunable Optical Decision Circuit Using a Monolithically Integrated SOA-SGDBR Laser , IEEE Photonics Technology Letters, Vol: 26 , No: 7 , Page: 722-5 , DOI: 10.1109/LPT.2014.2303976 , 1 April 2014
2. Liqiang Yu; Huitao Wang; Dan Lu; Song Liang; Can Zhang; Biwei Pan; Limeng Zhang; Lingjuan Zhao, A Widely Tunable Directly Modulated DBR Laser With High Linearity , IEEE Photonics Journal, Vol: 6 , No: 4 , Page: 1501308 (9 pp.) , DOI: 10.1109/JPHOT.2014.2331247 , Aug. 2014
3. Liqiang Yu; Dan Lu; Biwei Pan; Lingjuan Zhao; Jiagui Wu; Guangqiong Xia; Zhengmao Wu; Wei Wang, Monolithically Integrated Amplified Feedback Lasers for High-Quality Microwave and Broadband Chaos Generation, Journal of Lightwave Technology, Vol: 32 , No: 20 , Page: 3595-601 , DOI: 10.1109/JLT.2014.2320371 , 15 Oct. 2014
4. Liqiang Yu, Daibing Zhou and Lingjuan Zhao，A monolithically integrated dual-mode laser for photonic microwave generation and all-optical clock recovery，Laser Physics Letters Volume 11 Number 9 ，2014
5. B. Niu, H. Yu, L. Yu, D. Zhou, D. Lu, L. Zhao, J. Pan, and W. Wang, A 1.65 μm three-section distributed Bragg reflector (DBR) laser for CH 4 gas sensors, Journal of Semiconductor, vol. 34, no. 10, p. 104004, Oct. 2013.
6. Can Zhang, Song Liang, Hongliang Zhu, Liangshun Han, Dan Lu, Lingjuan Zhao, Chen Ji, Wei Wang, The fabrication of 10-channel DFB Laser Array by SAG technology, Optics Communications, Vol.311, pp.6-10 (2013)
7. Liqiang Yu , Dan Lu, Lingjuan Zhao, Yan Li, Chen Ji, JiaoQing Pan, HongLiang Zhu, Wei Wang, A Wavelength and Mode-Spacing Tunable Dual-Mode Distributed Bragg Reflector Laser, IEEE Photonics Technology Letters, VOL. 25, NO. 6, MARCH 15, 2013
8. Chen Cheng, Zhao Ling-Juan, Qiu Ji-Fang, Liu Yang, Wang Wei and Lou Cai-Yun, Dual-wavelength Distributed Bragg Reflector Semiconductor Laser based on Composite Resonant Cavity ,Chinese Physics B, vol.21, no. 9,2012
9. Duanhua Kong, Hongliang Zhu, Song Liang, Wenke Yu, Caiyun Lou, Lingjuan Zhao, All-optical clock recovery using pareller ridge-width varied DFB lasers integrated with Y-branch waveguide coupler, Optics Communications, 285(2012)311-314
10. Bin Niu, Tao Hong, Weixi Chen, Lingjuan Zhao, Wei Wang, DC Characterizations of MQW Tunnel Diode and Laser Diode Hybrid Integration Device, IEEE Photonics Technology Letters, Vol. 24, No. 16, Aug. 15, 2012
11. Can Zhang, Song Liang, Li Ma, Baojun Wang, Hongliang Zhu and Wei Wang, A modified SAG technique for the fabrication of DWDM DFB laser arrays with highly uniform wavelength spacings, Optics Express ,Vol.20, Issue 28, pp.29620-29625 (2012)
12. Jifang Qiu, Cheng Chen, Lingjuan Zhao, Yu Sun, Dan Lu, Caiyun Lou, and Wei Wang, Detailed Analysis of a 40 GHz All-Optical Synchronization based on an Amplified-Feedback DFB Laser, Applied Optics ,Vol. 51, No. 15 / 20 May, P2894-2901，2012
13. Kong Duan-Hua, Zhu Hong-Liang, Liang Song, Qiu Ji-Fang, Zhao Ling-Juan, Ultrashort Pulse Generation at Quasi-40-GHz by Using a Two-Section Passively Mode-Locked InGaAsP-InP Tensile Strained Quantum-Well Lasers. Chin. Phys.Lett., Vol.29,No.2(2012) 024201
14. Chen, Cheng; Zhao, Lingjuan;, Pan, Jiaoqing; Qiu, Jifang; Liang, Song; Wang, Wei; Lou, Caiyun;“Amplified feedback DFB laser for 40 Gb/s all-optical clock recovery” Optics Communications v284 ，p5613–5617，2011
15. Liu, Y; Ye, N; Zhou, D.B.; Wang, B.J.; Pan, J.Q.; Zhao, L.J.; Wang, W. “A Sampled Grating DBR Laser Monolithically Integrated by Using SOAs with 22 mW Output Power and 51 ITU 100 GHz Channels over 43 nm” Chinese Physics Letters 2011， 28(2)
16. Liu,Yang; Ye,Nan; Wang, Bao-Jun; Zhou, Dai-Bing; An, Xin; Bian, Jing; Pang, Jiao-Qing; Zhao,Ling-Juan and Wang, Wei, “Monolithic Integration of Widely Tunable Sampled Grating DBR Laser with Tilted Semiconductor Optical Amplifier”, Chinese Journal of Semiconductors, Vol. 31, No. 7, 2010, pp.074003-1~074003-3(EI)
17. Sun,Yu;, Pan, JiaoQing;, Zhao, Lingjuan; Chen, Weixi;, Wang, Wei, Li Wang, Xiao Fan Zhao, and Cai Yun Lou，“All-Optical Clock Recovery for 20 Gb/s Using an Amplified Feedback DFB Laser”，Journal of Lightwave Technology, vol. 28, no. 17, September 1, 2010 2521－2525
18. Zhu, Hongliang; Xu, Xiaodong; Wang, Huan; Kong, Duanhua;, Liang, Song; Zhao, Lingjuan;, and Wang, Wei, “The Fabrication of Eight-Channel DFB Laser Array Using Sampled Gratings” IEEE.Photon.Technol. Lett.. Vol.22. No.5 PP.353-355 ( 2010) (SCI)
19. Kong, D.H; Zhu, H.L.; Liang, S.; Zhao, X.F.; Lou, C.X.; Wang, L.; Wang, B.J.; Zhao,L.J.;“ All-optical clock recovery using a ridge width varied two-section partly gain-coupled DFB self-pulsation laser.” Optics Communications，283 (2010) 3970–3975 (SCI)
20. Liu Hongbo, Zhao Lingjuan, Pan Jiaoqing, Zhu Hongliang, Zhou Fan, Wang Baojun, Wang Wei, Monolithic integration of sampled grating DBR with Electroabsorption modulator by combining selective-area-growth MOCVD and Quantum-well intermixing, CHINESE PHYSICS LETTERS 23 (10): 3670-3672, OCT 2008
21. ZHAO Ling-Juan?, ZHANG Jing, WANG Lu, CHENG Yuan-Bing, PAN Jiao-Qing, LIU Hong-Bo, ZHU Hon-Liang, ZHOU Fan, BIAN Jing, WANG Bao-Jun, ZHU Ning-Hua, Wei WANG，“Wavelength Tunable Distributed Bragg Reflector Laser Integrated with Electro-Absorption Modulator by a Combined Method of Selective Area Growth and Quantum Well Intermixing”，session invited paper, SPIE 6824, Photonics Asia, 11-15 Nov., 2007, Beijing, China.(2007).
22. 王路，廖栽宜，程远兵，赵玲娟，潘教青，周帆，王圩”Monolithically Integrated Transceiver with Novel Y-branchBranch by Bundle Integrated Waveguide for Fibre Optic Gyroscope”, CHINESE PHYSICS LETTER, Vol. 24, No. 12, PP.3424-3427, 2007.
23. W Feng, J. Q. Pan, Y. B. Cheng, Z. Y. Liao, B. J. Wang, F. Zhou, L. J. Zhao, H. L. Zhu, and W. Wang, “Selective growth of absorptive InGaAsP layer on InP corrugation for a buried grating structure”, Appl. Phys. Lett., Vol. 90, P.011117，2007.
24. Xie HY, Pan JQ, Zhao LJ, Zhu HL, Wang LF, Wang W，Dual-wavelength distributed feedback laser for CWDM based on non-identical quantum well ，CHINESE PHYSICS LETTERS 23 (1): 126-128 JAN 2006
25. Zhang Jing, Li Baoxia, Zhao Lingjuan, Wang Baojun, Zhou Fan, Zhu Hongliang, Bian Jing and Wang Wei. A Wavelength Tunable DBR Laser Integrated with an Electro-Absorption Modulator by a Combined Method of SAG and QWI. Chinese Journal of Semiconductors, , 26(11): 2053～2057, 2005
26. Kan Qiang，Zhao Lingjuan，Zhou Fan， Wang Baojun，Wang Lufeng，and Wang Wei “Widely Tunable Sampled- Grating DBR Laser”， Chinese Journal of Semiconductors， 26（5），PP.853-856, 2005.
27. Wen Feng, Wei Wang, Hongliang Zhu, Lingjuan Zhao, Lianping Hou and Jiaoqing Pan，Characteristics of oxide-free InGaAlAs layers grown by narrow stripe selective MOVPE，Semiconductor Science and Technology 20 1083–1086 September 2005.