李明，男，博士，研究员，博士生导师。
现任中国科学院半导体研究所所长助理。获得国家自然科学基金委优秀青年基金资助。
（一）科研经历与研究方向简介：
2009年毕业于日本国立静冈大学，获得工学博士学位。2009年4月-2011年5月在加拿大渥太华大学微波光子学实验室从事博士后研究。师从著名微波光子学专家姚建平教授，主攻方向高速微波信号产生和处理。由于合作项目的关系，2011年6月前往加拿大国家科学研究所从事超快全光模拟信号处理方面的研究工作。合作导师为加拿大光子信号处理领域的研究主席JoseAzana教授。
超高速光子信号处理技术是一种突破传统电子技术在信号处理速率和带宽方面瓶颈的有效手段，满足日益增长的通信和计算容量的需求。近年来一直从事光子信号处理技术研究，将基于传统电子技术的信号处理速率提高3-4个数量级。目前，光子信号处理器件总体处于“单个晶体管”时代，必须发展与微电子集成芯片类似的光子信号处理集成芯片技术，实现大规模多功能片上光子集成。2016年3月与加拿大渥太华大学姚建平教授合作，在NaturePhotonics期刊（影响因子:32.386）上发表了可编程全光信号处理芯片。该项成果利用光电子集成芯片技术实现了全光计算技术从“单元器件、单一功能”向“集成芯片、可编程”的跨越。此外，2017年在NatureCommunications上发表了基于宇称时间对称的单模环形激光器，实现了电泵浦环形激光器的单模激射。
在光信号放大技术方面，利用光学泰伯效应，与加拿大国立科学研究院JoseAzana教授合作报道了被动式的光子信号放大的新概念，实现了20倍以上的信号放大，该放大技术具有极低的噪声系数，可以将信号从噪声中完整地提取出来，2014年成果发表在NatureCommunications上。
在微波光子技术方面，研制出集成化的光电振荡器，提出并实现了傅里叶锁模光电振荡器，实现了超大时间带宽积的线性调频微波信号的产生，2018年成果发表在NatureCommunications上。同时，发现了微波光子混合振荡系统中的宇称时间对称现象，实现了无滤波器的光电振荡器单模微波信号输出，成果发表在Light:Sciences&Applications上。
主持承担了国家自然科学基金委面上、重点与优青等项目，发表了SCI论文117篇，包括1篇NaturePhotonics、4篇NatureCommunications、1篇Light:Sciences&Applications；在IEEEJSTQE/JQE/PSNL等知名刊物发表特邀综述12篇（第一/通讯），在国际微波光子学年会上发表Postdeadline论文3篇；申请发明专利39件，8件已授权（其中美国授权专利1件)。
荣获2016年度中国电子学会“优秀科技工作者”称号，2016年度中国光学工程学会科技创新奖一等奖（个人排名第5），2016年度中国通信学会科学技术一等奖（个人排名第7）。担任中国科学杂志社ScienceBulletin副主编并获得杰出贡献奖，组建中国电子学会青年科学家俱乐部半导体科技专委会并担任第一届主任委员，担任中国信息与电子工程科技发展战略研究中心专家委员会特聘专家。
担任2017年度国际微波光子学年会workshop主席，另外作为SPIEPhotonicsAsia、ICOCN、POEM、OSAACP等国际学术会议的分会主席或技术委员会成员十余次。
（二）主要研究领域或方向：
l.超高速全光信号处理技术
2.集成微波光电子器件和系统
3.基于微波光子学的传感技术
4.微波光子雷达中的关键技术
（四）在研科研项目
1.国家人才计划项目，280万，2013-2018
2.国家自然科学基金面上项目，84万，2014-2018
3.科技部863项目：100Gb/s光互连光收发模块及系统验证，290万，2014-2017
4.自然科学基金委与英国皇家学会合作与交流项目：集成微波光子处理技术在信号感知中的应用，10万元，2014-2016
5.院地共建光电技术联合实验室：横向经费共500万元
6.国家自然科学基金重点项目，255万，2015-2020
7.国家自然科学基金优秀青年基金项目，150万，2016-2018
8.中科院重点项目，360万,2015-2018
（五）联系方式：
地址：北京市海淀区清华东路甲35号100083
E-mail：ml@semi.ac.cn；
(六)自然子刊与特邀综述论文
[1].T.Hao,Q.Cen,Y.Dai,J.Tang,W.Li,J.Yao,N.ZhuandM.Li*,“Breakingthelimitationofmodebuildingtimeinanoptoelectronicoscillator,”NatureCommunications,NatureCommunications,vol.9,papernumber1839,May2018.
[2].Y.Liu,T.Hao,WeiLi,J.Capmany,N.Zhu*andM.Li*,“ObservationofParity–TimeSymmetryinMicrowavePhotonics”,Light:Science&Applications,inpress,2018.
[3].W.Liu#,M.Li#,R.S.Guzzon#,E.J.Norberg,J.S.Parker,M.Lu,L.A.Coldren,andJ.Yao,“Anintegratedparity-timesymmetricwavelength-tunablesingle-modemicroringlaser,”NatureCommunications,vol.8,pp.15389,2017.(共同一作)
[4].W.Liu#,M.Li#,R.S.Guzzon#,E.J.Norberg,J.S.Parker,M.Lu,L.A.Coldren,andJ.P.Yao,"Afullyreconfigurablephotonicintegratedsignalprocessor,"NaturePhotonics,vol.10,no.3,pp.190-195,2016(#EqualContribution)
[5].M.Burla,X.Wang,M.Li,L.Chrostowski,J.Azana,"Widebanddynamicmicrowavefrequencyidentificationsystemusingalow-power,ultra-compactsiliconphotonicchip,"NatureCommunications,vol.7,pp.13004,2016
[6].R.Maram,J.Howe,M.Li,andJ.Aza?a,"NoiselessintensityamplificationofrepetitivesignalsbycoherentadditionusingthetemporalTalboteffect,"NatureCommunications,vol.5,no.5163,2014.
[7].T.Hao,J.Tang,D.Domenech,W.Li,N.Zhu,J.CapmanyandM.Li*,“TowardsmonolithicintegrationofOEOs:Fromsystemstochips,”IEEEJournalofLightwaveTechnology,inpress,2018.(InvitedReviewArticle)
[8].N.Zhu*;Z.Shi;Z.Zhang;Y.Zhang;C.Zou;Z.Zhao;Y.Liu;W.LiandM.Li,"DirectlyModulatedSemiconductorLasers,"IEEEJournalofSelectedTopicsinQuantumElectronics,Vol.24,No.1,pp.1-19,2018.(InvitedReviewArticle)
[9].J.Hervás,A.L.Ricchiuti,W.Li,N.H.Zhu,C.R.Fernández-Pousa,S.Sales,M.Li*,andJ.Capmany,“Microwavephotonicsforopticalsensors,”IEEEJournalofSelectedTopicsinQuantumElectronics,vol.23,no.2,pp.**,2017.(InvitedReviewArticle)
[10].W.Li,M.Li,N.Zhu“Photonicgenerationofbackground-freemillimeter-waveultra-widebandsignals,”ChineseOpticsLetters,2016.(InvitedReviewArticle)
[11].N.Zhu,M.Li,Y.Hao,“Optoelectronicdevicesandintegrationtechnologies,”ScientiaSinicaInformationis,vol.46,no.8,pp.1156-1174,2016.(InvitedReviewArticle)
[12].M.Li,N.Zhu,“Recentadvancesinmicrowavephotonics,”FrontiersofOptoelectronics,vol.9,no.2,pp.160-185,June2016.(InvitedReviewArticle)
[13].M.LiandN.H.Zhu,"MicrowavephotonicsinChina,"IEEEPhotonicsSocietyNewsletter,Feb.2016.(InvitedReviewArticle)
[14].M.Li,X.Chen,Y.Su,X.Wang,M.Chen,D.Dai,J.Liu,andN.H.Zhu,"PhotonicIntegrationCircuitsinChina,"IEEEJournalofQuantumElectronics,2015,AcceptedforPublication,DOI:10.1109/JQE.2015.**.(InvitedReviewArticle)
[15].M.Li*,W.Liu,N.Huang,R.S.Guzzon,N.Zhu,J.Aza?a,L.A.ColdrenandJ.Yao,"Advancesinall-opticalcircuits,"Optics&PhotonicsNews,Mar.2015.(InvitedArticle)
[16].M.Li*,J.Azana,N.H.Zhu,andJ.P.Yao,"Recentprogressesonopticalarbitrarywaveformgeneration,"FrontiersofOptoelectronics,vol.7,no.3,pp.359-375,2014.(InvitedReviewArticle)
[17].M.Burla,L.R.Cortés,M.Li,X.Wang,L.Chrostowski,andJ.Aza?a,"IntegratedwaveguideBragggratingsformicrowavephotonicssignalprocessing,"Opt.Express,vol.21,pp.25120-25147,2013.(InvitedReviewArticle,TopDownloadinOctober2013)
[18].H.Li,M.Li,Y.Sheng,andJ.E.Rothenberg,“Advancesinthedesignandfabricationofhighchannel-countfiberBragggratings,”IEEEJ.Lightw.Technol.,Vol.25,No.9,pp.2739-2749,2007.(InvitedTutorials)
（七）所有SCI期刊论文：
[124].T.Hao,Q.Cen,Y.Dai,J.Tang,W.Li,J.Yao,N.ZhuandM.Li*,“Breakingthelimitationofmodebuildingtimeinanoptoelectronicoscillator,”NatureCommunications,NatureCommunications,vol.9,papernumber1839,May2018.
[123].Y.Liu,T.Hao,WeiLi,J.Capmany,N.Zhu*andM.Li*,“ObservationofParity–TimeSymmetryinMicrowavePhotonics”,Light:Science&Applications,inpress,2018.
[122].T.Hao,J.Tang,D.Domenech,W.Li,N.Zhu,J.CapmanyandM.Li*,“TowardsmonolithicintegrationofOEOs:Fromsystemstochips,”JournalofLightwaveTechnology,inpress,2018.(特邀综述)
[121].N.Zhu*;Z.Shi;Z.Zhang;Y.Zhang;C.Zou;Z.Zhao;Y.Liu;W.LiandM.Li,"DirectlyModulatedSemiconductorLasers,"IEEEJournalofSelectedTopicsinQuantumElectronics,Vol.24,No.1,pp.1-19,2018.(特邀综述)
[120].S.Sun,Z.Lin,W.Li,N.ZhuandM.Li*."Time-StretchProbingofUltrafastSolitonMoleculeDynamics,"arXivpreprintarXiv:1801.03743,2018.
[119].N.Shi,T.Hao,W.Li,N.Zhu,M.Li*,“Areconfigurablemicrowavephotonicfilterwithflexibletunabilityusingamulti-wavelengthlaserandamulti-channelphase-shiftedfiberBragggrating,”OpticsCommunications,Vol.407,pp.27-32,2018.
[118].M.Li*,S.Sun,B.Li,H.Asghari,Y.Deng,W.Li,andN.Zhu,"Time-bandwidthcompressionofmicrowavesignals,"Opt.Express,Vol.26,No.2,pp.990-999,2018.
[117].H.Sun,X.Zhu,W.Li,N.Zhu,andM.Li*,“Real-TimeOpticalSpectrumFourierTransformwithTime–BandwidthProductCompression,”IEEEPhotonicsJournal,Vol.10,No.1,pp.1-14,2018.
[116].X.Zhu,H.Sun,W.Li,N.ZhuandM.Li*,"ArbitraryWaveformGenerationBasedonDispersion-FreeWavelength-to-TimeMappingTechnique,"IEEEPhotonicsJournal,Vol.10,No.1,pp.1-9,2018.
[115].H.Sun,X.Zhu,W.Li,N.Zhu,andM.Li*,"Reconfigurablemicrowavesignalprocessorwithaphaseshiftofπ,"Opt.Express,Vol.26,No.8,pp.10358-10370,2018.
[114].J.Tang,T.Hao,W.Li,D.Domenech,R.Ba?os,P.Mu?oz,N.Zhu,J.Capmany*,andM.Li*,"Integratedoptoelectronicoscillator,"Opt.Express,Vol.26,No.9,12257-12265,2018.
2017
[113].W.Liu#,M.Li#,R.S.Guzzon#,E.J.Norberg,J.S.Parker,M.Lu,L.A.Coldren,andJ.Yao,“Anintegratedparity-timesymmetricwavelength-tunablesingle-modemicroringlaser,”NatureCommunications,vol.8,pp.15389,2017.(共同一作)
[112].J.Hervás,A.L.Ricchiuti,W.Li,N.H.Zhu,C.R.Fernández-Pousa,S.Sales,M.Li*,andJ.Capmany,“Microwavephotonicsforopticalsensors,”IEEEJournalofSelectedTopicsinQuantumElectronics,vol.23,no.2,pp.**,2017.(特邀综述)
[111].M.Li,S.Sun,A.Malacarne,S.LaRochelle,J.Yao,N.Zhu,andJ.Azana,“Reconfigurablesingle-shotincoherentopticalsignalprocessingsystemforchirpedmicrowavesignalcompression,”ScienceBulletin,vol.62,no.4,pp.242-248,2017.(封面文章)
[110]N.Shi,T.Hao,W.Li,N.Zhu,andM.Li*,“Areconfigurablemicrowavephotonicfilterwithflexibletunabilityusingamulti-wavelengthlaserandamulti-channelphase-shiftedfiberBragggrating,”OpticsCommunications,vol.407,pp.27-32,2018.
[109].Z.Shi,L.Wang,C.Yang,M.Li,N.H.Zhu,andW.Li,“Multifunctionalmicrowavephotonicsignalprocessorbasedondual-parallelMach–ZehndermodulatorandstimulatedBrillouinscattering,”OpticalEngineering,vol.56,no.9,pp.096102,2017.
[108].H.Yan,D.Han,M.Li,andB.Lin,“RelativehumiditysensorbasedonsurfaceplasmonresonanceofD-shapedfiberwithpolyvinylalcoholembeddingAugrating,”JournalofNanophotonics,vol.11,no.1,pp.016008-016008,2017.
[107].L.Zhang,M.Li,N.Shi,X.Zhu,S.Sun,J.Tang,W.Li,andN.Zhu,“Photonictruetimedelaybeamformingtechniquewithultra-fastbeamscanning,”OpticsExpress,vol.25,no.13,pp.14524-14532,2017.
[106].W.Jun,L.Wang,C.Yang,M.Li,N.H.Zhu,J.Guo,L.Xiong,andW.Li,“Opticalvectornetworkanalyzerbasedondouble-sidebandmodulation,”OpticsLetters,vol.42,no.21,pp.4426-4429,2017.
[105].X.Zou,M.Li,W.Pan,L.Yan,andL.Shao,“MultichannelNarrow,Flat-TopOpticalFiltersBasedonMultiple-Phase-ShiftedandPhaseSampledFBG,”IEEEJournalofQuantumElectronics,vol.53,no.1,pp.**,2017.
2016
[104].W.Li,M.Li,N.Zhu“Photonicgenerationofbackground-freemillimeter-waveultra-widebandsignals,”ChineseOpticsLetters,2016.UnderReview(InvitedArticle)
[J103].N.Zhu,M.Li,Y.Hao,“Optoelectronicdevicesandintegrationtechnologies,”ScientiaSinicaInformationis,vol.46,no.8,pp.1156-1174,2016.(InvitedArticle)
[J102].M.Li,N.Zhu,“Recentadvancesinmicrowavephotonics,”FrontiersofOptoelectronics,vol.9,no.2,pp.160-185,June2016.(InvitedReviewArticle)
[J101].X.Wang,W.Li,M.Li,N.Zhu,“Photonicsgenerationoffrequency-shiftkeyingradio-frequencysignalusingnonlinearpolarizationrotationinahighlynonlinearfiber,”OpticalEngineering,2016.
[J100].J.Tang,M.Li*,S.Sun,Z.Li,W.Li,andN.Zhu,"Broadbandmicrowavephotonicphaseshifterbasedonafeedback-coupledmicroringresonatorwithsmallradiofrequencypowervariations,"Opt.Lett.vol.41,no.20,pp.4609-4612,2016
[J99].Y.Deng,M.Li,N.Shi,J.Tang,S.Sun,L.Zhang,W.Li,N.Zhu,“FullyCharacterizationofanActiveOpticalFilterBasedonanEquivalent-Phase-ShiftedDFB-SOA,”OpticsCommunications,vol.376,pp.1-5,2016.
[J98].N.Shi,M.Li*,Y.Deng,L.Zhang,S.Sun,J.Tang,W.Li&N.Zhu,“ExperimentalDemonstrationofaMulti-TargetDetectionTechniqueUsinganX-bandOpticallySteeredPhasedArrayRadar,”Opt.Express,vol.24,no.13,pp.14438-14450,2016.
[J97].W.Liu,B.Romeira,M.Li,R.S.Guzzon,E.J.Norberg,J.S.Parker,L.A.Coldren,J.P.Yao,"Awavelengthtunableopticalbufferbasedonself-pulsationinanactivemicroringresonator,"IEEE/OSAJ.Lightw.Technol.,underrevisions.
[J96].S.Sun,M.Li,J.Tang,N.Zhu,T.J.Ahn,J.Azana,“Femtosecondpulseshapingusingwavelength-selectivedirectionalcouplers:proposalandsimulation,”Opt.Express,vol.24,no.8,pp.7943-7950,2016.
[J95].W.Liu#,M.Li#,R.S.Guzzon#,E.J.Norberg,J.S.Parker,M.Lu,L.A.Coldren,andJ.P.Yao,"Afullyreconfigurablephotonicintegratedsignalprocessor,"NaturePhotonics,vol.10,no.3,pp.190-195,2016(#EqualContribution)
[J94].M.Li,Y.Deng,J.Tang,S.Sun,J.Yao,J.Aza?a,N.H.Zhu,"Reconfigurableopticalsignalprocessingbasedonadistributedfeedbacksemiconductoropticalamplifier,"ScientificReports,vol.6,2016.
[J93].M.Burla,X.Wang,M.Li,L.Chrostowski,J.Azana,"Widebanddynamicmicrowavefrequencyidentificationsystemusingalow-power,ultra-compactsiliconphotonicchip,"NatureCommunications,vol.7,pp.13004,2016
[J92].W.Wang,M.Li*,S.Sun,C.Wang,Y.Deng,N.H.Zhu,"Background-freemicrowavesignalgenerationbasedontemporalpulseshapingsystem,"PhotonicsTechnologyLetters,vol.28,no.8,pp.903-906,2016.
[J91].N.Jia,H.T.Yan,M.Li*,"Dual-pulsepumpedforEnhancingSupercontinuumGeneration,"IEEEPhotonicsJournal,vol.8,no.1,pp.1943-0655,2016.
[J90].M.LiandN.H.Zhu,"MicrowavephotonicsinChina,"IEEEPhotonicsSocietyNewsletter,Feb.2016.(InvitedReviewArticle)
[J89].M.Li,X.Chen,Y.Su,X.Wang,M.Chen,D.Dai,J.Liu,andN.H.Zhu,"PhotonicIntegrationCircuitsinChina,"IEEEJournalofQuantumElectronics,2015,AcceptedforPublication,DOI:10.1109/JQE.2015.**.(InvitedReviewArticle)
[J88].S.Sun,Y.Deng,N.Huang,J.Tang,N.ZhuandM.Li*,“Atunablephotonictemporalintegratorwithultra-longintegrationtimewindowsbasedonraman-gainassistedphase-shiftedsiliconBragggratings”OpticsCommunications,vol.373,pp.91-94,2016.
[J87].M.Li,"Tamingelectricdischargesusingopticalbeams,"ScienceBulletin,vol.2,pp.114,2016.(ResearchHighlight)
2015
[J86].W.Li,C.W.Yang,L.Wang,Z.L.Yuan,J.G.Liu,M.Li,andN.H.Zhu,"Microwavephotonicbandstopfilterwithwidetunabilityandadjustablebandwidth,"Opt.Express,vol.23,no.26,pp.33579-33586,2015.
[J85].A.Malacarne,Y.Park,M.Li,S.LaRochelleandJ.Aza?a,"Real-timeFouriertransformationoflightwavespectraandapplicationinopticalreflectometry,"Opt.Express,vol.23,no.25,pp.32516-32527,2015.
[J84].Y.Deng,M.Li*,T.Jian,S.Sun,N.Huang,andN.H.Zhu,“WidelytunablesinglepassbandmicrowavephotonicfilterbasedonDFB-SOA-assistedopticalcarrierrecovery,”IEEEPhotonicJournal,vol.7,no.5,2015.
[J83].S.Sun,Y.Deng,N.ZhuandM.Li*,“Tunablefractional-orderphotonicdifferentiatorusingaDFB-SOA”OpticalEngineering,vol.55,no.3,2015.
[J82].M.Li*,W.Liu,N.Huang,R.S.Guzzon,N.Zhu,J.Aza?a,L.A.ColdrenandJ.Yao,"Advancesinall-opticalcircuits,"Optics&PhotonicsNews,Mar.2015.(InvitedArticle)
[J81].R.Maram,J.Howe,M.Li,andJ.Aza?a,"Losslessfractionalrepetition-ratemultiplicationofopticalpulsetrains,"Opt.Letters,vol.40,pp.375-378,2015.
2014(14)
[J80].R.Maram,J.Howe,M.Li,andJ.Aza?a,"NoiselessintensityamplificationofrepetitivesignalsbycoherentadditionusingthetemporalTalboteffect,"NatureCommunications,vol.5,no.5163,2014.
[J79].M.Li*,J.Azana,N.H.Zhu,andJ.P.Yao,"Recentprogressesonopticalarbitrarywaveformgeneration,"FrontiersofOptoelectronics,vol.7,no.3,pp.359-375,2014.(InvitedReviewArticle)
[J78].M.Li*,J.Azana,andJ.P.Yao,"Prefaceonspecialtopic:all-opticalsignalprocessing,"ChineseScienceBulletin,vol.59,no.22,pp.2647-2648,2014.
[J77].M.Burla,L.R.Cortés,M.Li,X.Wang,L.Chrostowski,andJ.Azana,"On-chipprogrammableultra-widebandmicrowavephotonicphaseshifterandtruetimedelayunit,"Opt.Letters,vol.39,no.21,pp.6181-6184,2014.
[J76].M.Burla,M.Li*,L.R.Cortés,X.Wang,M.R.Fernández-Ruiz,L.Chrostowski,andJ.Azana,"Terahertz-bandwidthphotonicfractionalHilberttransformerbasedonaphase-shiftedwaveguideBragggratingonsilicon,"Opt.Letters,vol.39,no.21,pp.6241-6244,2014.
[J75].Y.Deng,M.Li*,N.B.Huang,andN.H.Zhu,"Ka-Bandtunableflat-topmicrowavephotonicfilterusingamulti-phase-shiftedfiberBragggrating,"IEEEPhotonicsJournal,vol.6,no.4,pp.1-8,2014.
[J74].X.H.Zou,M.Li,W.Pan,B.Luo,L.S.Yan,andL.-Y.Shao,"OpticallengthchangemeasurementviaRFfrequencyshiftanalysisofincoherentlightsourcebasedoptoelectronicoscillator,"Opt.Express,vol.22,no.9,pp.11129-11139,2014.
[J73].Y.Deng,M.Li*,N.B.Huang,JoseAzanaandN.H.Zhu,"Opticallengthchangemeasurementbasedonanincoherentsinglebandpassmicrowavephotonicfilterwithhighresolution,"OSAPhotonicsResearch,vol.2,no.4,pp.B35-B39,2014.
[J72].Y.Deng,M.Li*,N.B.Huang,JoseAzanaandN.H.Zhu,"Serialtime-encodedamplifiedmicroscopyforultrafastimagingbasedonmulti-wavelengthlaser,"ChineseScienceBulletin,vol.59,no.22,pp.2693-2701,2014.(CoverPaper)
[J71].W.Liu,M.Li,R.S.Guzzon,E.J.Norberg,J.S.Parker,L.A.Coldren,andJ.P.Yao,"Photonictemporalintegratorwithanultra-longintegrationtimewindowbasedonanInP-InGaAsPintegratedringresonator,"IEEE/OSAJournalofLightwaveTechnology,vol.32,no.20,pp.3654-3659,2014.
[J70].J.J.Guo,M.Li*,Y.Deng,N.B.Huang,J.G.Liu,andN.H.Zhu,"MultichannelopticalfilterswithanultranarrowbandwidthbasedonsampledBrillouindynamicgratings,"Opt.Express,vol.22,no.4,pp.3105-3116,2014.
[J69].N.B.Huang,M.Li*,Y.Deng,andN.H.Zhu,"Opticalpulsegenerationbasedonanoptoelectronicoscillatorwithcascadednonlinearsemiconductoropticalamplifiers,"IEEEPhotonicsJournal,vol.6,no.1,pp.**(1-8),2014.
[J68].N.B.Huang,M.Li*,R.Ashrafi,L.Wang,X.Wang,J.Aza?aandN.H.Zhu,"ActiveFabry-Perotcavityforphotonictemporalintegratorwithultra-longoperationtimewindow,"Opt.Express,vol.22,no.3,pp.3105-3116,2014.
[J67].X.H.Zou,M.Li,W.W.Ge,W.Pan,B.Luo,L.S.Yan,andJ.Aza?a,"SynthesisoffiberBragggratingswitharbitrarystationarypower/fielddistribution,"IEEEJournalofQuantumElectronics,vol.50,no.3,pp.186-197,2014.
2013(19)
[J66].W.Li,L.X.Wang,J.Y.Zheng,M.Li,N.H.Zhu,"Photonicgenerationofultrawidebandsignalswithlargecarrierfrequencytunabilitybasedonanopticalcarrierphase-shiftingmethod,"IEEEPhotonicsJournal,vol.5,no.5,pp.**,2013.
[J65].HWang,JYZheng,WLi,LXWang,MLi,LXie,NHZhu,"Widelytunablesingle-bandpassmicrowavephotonicfilterbasedonpolarizationprocessingofanonslicedbroadbandopticalsource,"Opt.Letters,vol.38,no.22,pp.4857-4860,2013.
[J64].J.Y.Zheng,N.H.Zhu,L.X.Wang,M.Li,H.Wang,W.Li,X.Q.Qi,andJ.G.Liu,"Spectralsculptingofchaotic-UWBsignalsusingadual-loopsoptoelectronicoscillator,"PhotonicsTechnologyLetters,vol.25,pp.2397-2400,2013.
[J63].M.Burla,L.R.Cortés,M.Li,X.Wang,L.Chrostowski,andJ.Aza?a,"IntegratedwaveguideBragggratingsformicrowavephotonicssignalprocessing,"Opt.Express,vol.21,pp.25120-25147,2013.(InvitedReviewArticle,TopDownloadinOctober2013)
[J62].M.Li,"MyResearchLifeinCanada:ATaleofTwoLabs,"OpticsandPhotonicsNews,April,2013.(InvitedArticle)
[J61].X.Zou,MLi,WPan,LYan,JAzana,JYao，"All-fiberopticalfilterwithanultranarrowandrectangularspectralresponse,"Opt.Letters,vol.38,no.16,3096-3098,2013.(TopDownloadinAugustandSeptember2013)
[J60].BLi,MLi,SLou,JAza?a，"Linearopticalpulsecompressionbasedontemporalzoneplates,"Opt.express,vol.21,no.14,16814-16830(2013).
[J59].R.Ashrafi,M.Li,andJ.Azana,"Multi-TBaudopticalcodingbasedonsuperluminalspace-to-timemappinginlongperiodgratings,"ScientificResearch,vol.3,no.2,pp.126,2013.
[J58].W.Li,L.X.Wang,M.Li,andN.H.Zhu,"Photonicgenerationofwidelytunableandbackground-freebinaryphase-codedRFpulses,"Opt.Letters,vol.38,no.17,pp.3441-3444,2013.
[J57].W.Li,L.X.Wang,M.Li,andN.H.Zhu,“Singlephasemodulatorforbinaryphase-codedmicrowavesignalsgenerationwithlargecarrierfrequencytunability”IEEEPhoton.Technol.Lett.,vol.25,no.19,pp.1867-1870,2013.
[J56].W.Li,L.X.Wang,J.Y.Zheng,M.Li,andN.H.Zhu,"PhotonicMMW-UWBsignalgenerationviaDPMZM-basedfrequencyup-conversion,”IEEEPhoton.Technol.Lett.,vol.25,no.19,pp.1875-1878,2013.
[J55].W.Li,L.X.Wang,M.Li,H.Wang,andN.H.Zhu,"Photonicgenerationofbinaryphase-codedmicrowavesignalswithlargefrequencytunabilityusingadual-parallelMach–Zehndermodulator,”IEEEPhoton.J.,vol.5,no.4,pp.**,Aug.2013.
[J54].M.R.Fernandez,M.Li,andJ.Aza?a,"Time-domainhologramsforgenerationandprocessingoftemporalcomplexinformationbyintensity-onlymodulationprocesses"Opt.express,vol.21,no.8,pp.10314-10323,2013.
[J53].M.R.Fernandez,M.Li,etal,"PicosecondopticalsignalprocessingbasedontransmissivefiberBragggratings,"Opt.Letters,vol.38,no.8,pp.1247-1249,2013.
[J52].R.Ashrafi,M.Lietal,"Experimentaldemonstrationofsuperluminalspace-to-timemappinginlongperiodgratings,"Opt.Letters,vol.38,no.9,pp.1419-1421,2013.
[J51].R.Ashrafi,M.Li,andJ.Aza?a,"Tsymbol/sopticalcodingbasedonlongperiodgratings,"IEEEPhotonicsTechnologyLetters,vol.25,no.10,pp.910-913,2013.
[J50].R.Ashrafi,M.Li,andJ.Aza?a,“Coupling-strength-independentlong-periodgratingdesignsforTHz-bandwidthopticaldifferentiators,”IEEEPhotonicsJournal,vol.5,no.2,pp.**,2013.
[J49].R.Ashrafi,M.Li,S.LaRochelle,andJ.Aza?a,"Superluminalspace-to-timemappingingrating-assistedco-directionalcouplers,"Opt.Express,vol.21,pp.6249-6256,2013.
[J48].Y.Hu,M.Li,D.Bongiovanni,M.Clerici,J.Yao,Z.Chen,J.Aza?a,andR.Morandotti,"SpectrumtodistancemappingvianonlinearAirypulses,"Opt.Letters,vol.38,pp.380-382,2013.
2012(7)
[J47].M.Li,H.-S.Jeong,J.Aza?a,andT.-J.Ahn,"25-terahertz-bandwidthall-opticaltemporaldifferentiator,"OpticsExpress,vol.20,no.27,pp.28273–28280,Dec.2012.
[J46].M.Li,Z.Li,andJ.P.Yao,"Photonicgenerationofapreciselypiphaseshiftedbinaryphase-codedmicrowavesignal,"IEEEPhoton.Technol.Lett.,vol.24,no.22,pp.2001-2004,Nov.2012.
[J45].M.Li,W.Li,andJ.P.Yao,"Atunableoptoelectronicoscillatorbasedonahigh-Qspectrum-slicedphotonicmicrowavetransversalfilter,"IEEEPhoton.Technol.Lett.,vol.24,no.14,pp.1251-1253,July.2012.
[J44].M.Li,P.Dumais,R.Ashrafi,H.P.Bazargani,J.-B.Quélène,C.Callender,andJ.Aza?a,"Ultrashortflat-toppulsegenerationusingon-chipCMOS-compatibleMach-Zehnderinterferometers,"IEEEPhoton.Technol.Lett.,vol.24,no.16,pp.1387-1389,Aug.2012.
[J43].M.LiandJ.P.Yao,"Ultrafastall-opticalwavelettransformbasedontemporalpulseshapingincorporatingatwo-dimensionalarrayofcascadedlinearlychirpedfiberBragggratings,"IEEEPhoton.Technol.Lett.,vol.24,no.15,pp.1319-1321,Aug.2012.
[J42].A.Malacarne,R.Ashrafi,M.Li,S.LaRochelle,J.P.Yao,andJ.Aza?a,"Single-shotphotonictime-intensityintegrationbasedonatime-spectrumconvolutionsystem,"Opt.Lett.,vol.37,no.8,pp.1355-1357,Apr.2012.
[J41].W.Li,M.Li,andJ.P.Yao,"Anarrow-passbandandfrequency-tunablemicro-wavephotonicfilterbasedonphase-modulationtointensity-modulationconversionusingaphase-shiftedfiberBragggrating,"IEEETrans.Microw.TheoryTech.,vol.60,no.5,pp.1287-1296,May2012.
2011(11)
[J40].Z.Li,M.Li,H.Chi,X.Zhang,andJ.P.Yao,"Photonicgenerationofphase-codedmillimeter-wavesignalwithlargefrequencytunabilityusingapolarization-maintainingfiberBragggrating,"IEEEMicrowav.WirelessCompon.Lett.,vol.21,no.12,pp.694-696,Dec.2011.
[J39].M.LiandJ.P.Yao,"Photonicgenerationofcontinuouslytunablechirpedmicrowavewaveformsbasedonatemporalinterferometerincorporatinganoptically-pumpedlinearly-chirpedfiberBragggrating,"IEEETrans.Microw.TheoryTech.,vol.50,no.12,pp.3531-3537,Dec.2011.
[J38].M.LiandJ.P.Yao,"All-opticalshort-timeFouriertransformbasedonatemporalpulseshapingsystemincorporatinganarrayofcascadedlinearlychirpedfiberBragggratings,"IEEEPhoton.Technol.Lett.,vol.23,no.20,pp.1439-1441,Oct.2011.
[J37].M.LiandJ.P.Yao,"Multichannelarbitrary-orderphotonictemporaldifferentiatorforwavelength-division-multiplexedsignalprocessingusingasinglefiberBragggrating,"IEEE/OSAJ.Lightw.Technol.,vol.29,no.17,pp.2506-2511,Sep.2011.
[J36].W.Liu,M.Li,C.Wang,andJ.P.Yao,"Real-timeinterrogationofalinearlychirpedfiberBragggratingsensorwithimprovedresolutionandsignal-to-noiseratio,"IEEE/OSAJ.Lightw.Technol.,vol.29,no.9,pp.1239-1247,May2011.
[J35].Y.Han,Z.Li,S.Pan,M.Li,andJ.P.Yao,"Photonic-assistedtunablemicrowavepulsefractionalHilberttransformerbasedonatemporalpulseshapingsystem,"IEEEPhoton.Technol.Lett.,vol.23,no.9,pp.570-572,May2011.
[J34].H.Shahoei,M.Li,andJ.P.Yao,"ContinuouslytunabletimedelayusinganopticallypumpedlinearlychirpedfiberBragggrating,"IEEE/OSAJ.Lightw.Technol.,vol.29,no.10,pp.1465-1472,May2011.
[J33].M.Li,Y.Han,S.Pan,andJ.P.Yao,"Experimentaldemonstrationofsymmetricalwaveformgenerationbasedonamplitude-onlymodulationinatemporalpulseshapingsystem,"IEEEPhoton.Technol.Lett.,vol.23,no.11,pp.715-717,Jun.2011.
[J32].M.Li,L.Y.Shao,J.AlbertandJ.P.Yao,"TiltedfiberBragggratingforchirpedmicrowavewaveformgeneration,"IEEEPhoton.Technol.Lett.,vol.23,no.5,pp.314-316,Mar.2011.
[J31].M.Li,L.Y.Shao,J.AlbertandJ.P.Yao,"ContinuouslytunablephotonicfractionaltemporaldifferentiatorbasedonatiltedfiberBragggrating,"IEEEPhoton.Technol.Lett.,vol.23,no.4,pp.251-253,Feb.2011.
[J30].Z.Li,C.Wang,M.Li,H.Chi,X.M.ZhangandJ.P.Yao,"Instantaneousmicrowavefrequencymeasurementusingaspecialfiberbragggrating,"IEEEMicrowaveTheoryandWirelessComponentLetters.,vol.21,no.1,Jan.2011.
2010(5)
[J29].M.Li,C.Wang,W.Li,J.Yao,"Anunbalancedtemporalpulseshapingsystemforchirpedmicrowavewaveformgeneration,"IEEETrans.Microw.TheoryTech.,vol.58,no.11,pp.2968-2975,Nov.2010.
[J28].M.Li,J.Yao,“ExperimentaldemonstrationofawidebandphotonictemporalHilberttransformerbasedonasinglefiberBragggrating,”IEEEPhoton.Technol.Lett.,Vol.22,No.21,pp.1559-1561,Dec.2010.
[J27].C.Wang,M.Li,J.Yao,"Continuouslytunablephotonicmicrowavefrequencymultiplicationbyuseofanunbalancedtemporalpulseshapingsystem,"IEEEPhoton.Technol.Lett.,vol.22,no.17,pp.1285-1287,Aug.2010.
[J26].X.Chen,T.Kameyama,M.Li,H.Li,“Multipledual-wavelengthsfiberringlaserutilizingaphase-onlysampledfiberBragggratingwithmultiplephase-shiftsinserted,”Appl.Phys.B-LasersandOptics,Vol.101,No.1-2,pp.115-118,Apr.2010.
[J25].M.Li,J.Yao,"All-fibertemporalphotonicfractionalHilberttransformerbasedonadirectlydesignedfiberBragggrating,"Opt.Lett.,Vol.35,No.2,pp.223-225,2010.
2009(8)
[J24].M.Li,D.Janner,J.Yao,andV.Pruneri,“Arbitrary-orderall-fibertemporaldifferentiatorsbasedonfiberBragggratings:designandexperimentaldemonstration,”Opt.Express,Vol.17,No.22,pp.19798–19807,2009.
[J23].M.Li,X.Chen,T,Fuji,Y.Kudo,H.Li,andY.Painchaud,“Multiwavelengthfiberlaserbasedontheutilizationofaphase-shiftedphase-onlysampledfiberBragggrating,”Opt.Lett.,Vol.34,No.11,pp.1717-1719,2009.
[J22].H.Li,M.Li,andJ.Hayashi,“Ultrahighchannel-countphase-onlysampledfiberBragggratingcoveringtheS-,C-andL-band,”Opt.Lett.,Vol.34,No.7,pp.938-940,2009.
[J21].M.Li,T.Fujii,andH.Li,“Multiplicationofamulti-channelnotchfilterbasedonaphaseshiftedphase-onlysampledfiberBragggrating,”IEEEPhoton.Technol.Lett.,Vol.21,No.13,pp.926-928,2009.
[J20].M.Li,X.Chen,J.Hayashi,andH.Li,“Advanceddesignoftheultrahigh-channel-countfiberBragggratingbasedonthedoublesamplingmethod,”Opt.Express,Vol.17,No.10,pp.8382-8394,2009.
[J19].M.Li,H.Li,andY.Painchaud,“Proposalandrealizationforabroadbandall-fibernon-uniformlyspacedmulti-channelopticalfilter,”OpticsCommunications,Vol.282,pp.879-882,2009.
[J18].M.Li,J.Hayashi,andH.Li,“AdvanceddesignofcomplexfiberBragggratingformulti-channeltriangularfilter,”J.Opt.Soc.Am.B,Vol.26,No.2,pp.228-234,2009.
[J17].M.LiandH.Li,“Influencesofwriting-beamsizeontheperformancesofdispersion-freemulti-channelfiberBragggrating,”Opt.FiberTechnol.,Vol.15,No.1,pp.33-38,2009.
2008(4)
[J16].M.Li,H.Li,andY.Painchaud,"Multi-channelnotchfilterbasedonaphase-shiftphase-onlysampledfiberBragggrating,"Opt.Express,Vol.16,No.23,pp.19388-19394,2008.
[J15].M.Li,H.Li,“Correctionto``ChromaticdispersionmeasurementformultichannelFBGbasedonanovelasymmetricalSagnacloopinterferometer”,''IEEEPhoton.Technol.Lett.,Vol.20,No.3,pp.226-226,2008.
[J14].M.Li,T.Takahagi,K.Ogusu,H.Li,andY.Painchaud,“Acomprehensivestudyofthechromaticdispersionmeasurementofthemulti-channelfiberBragggratingbasedonanasymmetricalSagnacloopinterferometer,”OpticsCommunications,Vol.281,pp.5165-5172,2008.
[J13].M.Li,H.Li,“Reflectionequalizationofthesimultaneousdispersionanddispersion-slopecompensationbasedonaphase-onlysampledfiberBragggrating,”Opt.Express,Vol.16,No.13,pp.9821-9828,2008.
2007(3)
[J12].M.LiandH.Li,“Chromaticdispersionmeasurementformulti-channelFBGbasedonanovelasymmetricalSagnacloopinterferometer,”IEEEPhoton.Technol.Lett.,Vol.19,No.20,pp.1601-1603,2007.
[J11].H.Li,M.Li,Y.Sheng,andJ.E.Rothenberg,“Advancesinthedesignandfabricationofhighchannel-countfiberBragggratings,”J.Lightw.Technol.,Vol.25,No.9,pp.2739-2749,2007.(InvitedTutorials)
[J10].Y.Ge,M.Wang,M.Li,andT.Wang,“Studyofsilicon-basedopticalfibertemperaturesensor,”ChineseJournalofSensorsandActuators,Vol.20,No.5,pp.1017-1020,2007.(InChinese)
2006(4)
[J9].M.Li,M.Wang,andH.Li,“OpticalMEMSpressuresensorbasedonFabry-Perotinterferometry,”Opt.Express,Vol.14,No.4,pp.1497-1504,2006.
[J8].H.Li,M.Li,K.Ogusu,Y.Sheng,andJ.E.Rothenberg,“Optimizationofacontinuousphase-onlysamplingforhighchannel-countfiberBragggratings,”Opt.Express,Vol.14,No.8,pp.3152–3160,2006.