个人简历
杨林，男，博士，研究员，博士生导师。2003年毕业于中国科学院半导体研究所，获微电子学与固体电子学博士学位。2003年8月赴日本北海道大学集成量子电子学中心留学，历任研究机关研究员和日本学术振兴会研究员。2013年获中国科学院“科技创新交叉与合作团队”支持，2018年获国家杰出青年基金支持。承担了国家杰出青年基金、国家自然基金重点、国家“863”、国家重点研发专项、企业委托技术开发等项目30余项。获授权中国发明专利30余项（2项向华为公司转让），申请中国发明专利30余项。发表SCI收录论文100余篇、国际会议论文100余篇。参与组织国际学术会议10余次，任13届IEEE四族光子学国际学术会议（硅基光子集成领域最有影响的学术会议）大会主席，在国际学术会议上作主旨和邀请报告50余次。已培养博士8人（3人联合陪养），硕士10人。1人次获中科院“优秀博士论文奖”，5人次获中科院“院长优秀奖”，5人次获国家奖学金。主要在研项目：1、国家杰出青年基金项目，“硅基光子集成”，2019-2023。2、国家重点研发专项课题，“16通道100Gbps低损耗微纳调制器阵列研究”，2017-2022。3、国家重点研发专项课题，“可调谐滤波器材料与器件研究”，2017-2020。4、国家自然科学基金重点项目，“基于硅基芯片的光通信技术研究”，2016-2020。5、国家自然科学基金面上，“用于Mesh网络的五端口光学路由器的研究”，2016-2020。计划每年招收研究生2～4名，欢迎物理、光电子、电子工程等专业的学生报考，办公室：1-607A。
研究领域
1、片上光互连技术的研究，包括：片上光互连网络架构、光学路由器、光调制器、复用/解复用器；2、用于数据中心和5G通信的硅基光收发芯片的研究；3、光纤通信用硅基光子器件的研究，包括：高级调制格式光调制器、宽带可调谐光学滤波器、光开关阵列；4、用于海量数据处理的硅基集成光学矩阵处理器的研究；5、用于高通量数据处理的硅基集成可编程光学逻辑回路的研究。
近期论文
1.LingchenZheng,SizhuShao,JianfengDing,LeiZhang*,andLinYang*,“Intrinsicchirpanalysisofasingledual-drivesiliconPAM-4opticalmodulator,”OpticsExpress,26(24)32014-32025,2018.2.HaoyanWang,JinchengDai,HaoJia,SizhuShao,XinFu,LeiZhang*,andLinYang*,“Polarization-independenttunableopticalfilterwithvariablebandwidthbasedonsilicon-on-insulatorwaveguides,”Nanophotonics,7(8),1469-1477,2018.3.HaoJia,TingZhou,XinFu,JianfengDing,andLinYang*,“Inverse-designandDemonstrationofUltra-compactSiliconMeta-structureModeExchangeDevice,”ACSPhotonics,5(5),1833-1838,2018.4.HaoJia,TingZhou,XinFu,JianfengDing,LeiZhangandLinYang*,“Four-portmode-selectivesiliconopticalrouterforon-chipopticalinterconnect,”OpticsExpress,26(8),9740-9748,2018.5.HaoJia,TingZhou,YunchouZhao,YuhaoXia,JinchengDai,LeiZhang,JianfengDing,XinFuandLinYang*,“Six-portopticalswitchforcluster-meshphotonicnetwork-on-chip,”Nanophotonics,7(5),827-835,2018.6.HaoJia,TingZhou,XinFu,JianfengDing,LeiZhangandLinYang*,“Integratedfive-portnon-blockingopticalrouterbasedonmode-selectiveproperty,”Nanophotonics,7(5),853-858,2018.7.TingZhou,HaoJia,JianfengDing,LeiZhang,XinFuandLinYang*,“On-chipbroadbandsiliconthermo-optic2×2four-modeopticalswitchforopticalspaceandlocalmodeswitching”,OpticsExpress,26(7),8375-8384,2018.8.LinYang*,TingZhou,HaoJia,ShanglinYang,JianfengDing,XinFu,andLeiZhang,“Generalarchitecturesforon-chipopticalspaceandmodeswitching,”Optica,5(2),180-187,2018.9.LeiZhang,HaiyangZhao,HaoyanWang,SizhuShao,WenjingTian,JianfengDing,XinFu,andLinYang*,“CascadingSecond-OrderMicroringResonatorsforaBox-LikeFilterResponse,”JournalofLightwaveTechnology,35(24),5347-5360,2017.10.SizhuShao,JianfengDing,LingchenZheng,KaihengZou,LeiZhang,FanZhangandLinYang*,“OpticalPAM-4signalgenerationusingasiliconMach-Zehnderopticalmodulator,”OpticsExpress,25(19)23003-23013,2017.11.HaoJia,TingZhou,LeiZhang,JianfengDing,XinFuandLinYang*,“Opticalswitchcompatiblewithwavelengthdivisionmultiplexingandmodedivisionmultiplexingforphotonicnetworks-on-chip,”OpticsExpress,25(17),20698-20707,2017.12.HaoJia,YuhaoXia,JianfengDing,LeiZhang,XinFuandLinYang*,“Four-portOpticalSwitchforFat-TreePhotonicNetwork-on-chip”,JournalofLightwaveTechnology,2017,35(15),3237-3241.13.LingchenZheng,JianfengDing,SizhuShao,LeiZhang,andLinYang*,“SiliconPAM-4opticalmodulatordrivenbytwobinaryelectricalsignalswithdifferentpeak-to-peakvoltages,”OpticsLetters,42(11),2213-2216,2017.14.JianfengDing,SizhuShao,LeiZhang,XinFu,andLinYang*,“Silicon16-QAMopticalmodulatordrivenbyfourbinaryelectricalsignals,”OpticsLetters,42(8),1636-1639,2017.15.HaoJia,LeiZhang,JianfengDing,LinchenZheng,ChenYuan,andLinYang*,“Microringmodulatormatrixintegratedwithmodemultiplexerandde-multiplexerforon-chipopticalinterconnect,”OpticsExpress,25(1),422-430,2017.16.JianfengDing,SuzhuShao,LeiZhang,XinFu,andLinYang*,“MethodtoimprovethelinearityofthesiliconMach-Zehnderopticalmodulatorbydopingcontrol”,OpticsExpress,24(21),24641-24648,2016.17.LinYang*,YuhaoXia,FanfanZhang,QiaoshanChen,JianfengDing,PingZhouandLeiZhang,“Reconfigurablenon-blocking4-portsiliconthermo-opticopticalrouterbasedonMach-Zehnderopticalswitches”,OpticsLetters,40(7),1402-1405,2015.18.LinYang*,HaoJia,YunchouZhao,andQiaoshanChen,“Reconfigurablenon-blocking4-portopticalrouterbasedonmicroringresonators”,OpticsLetters,40(6),1129-1132,2015.19.LinYang*,JianfengDing,QiaoshanChen,PingZhou,FanfanZhang,andLeiZhang,“Demonstrationofa3-bitopticaldigital-to-analogconverterbasedonsiliconmicroringresonators”,OpticsLetters,39(19),5736-5739,2014.20.QiaoshanChen,FanfanZhang,RuiqiangJi,LeiZhang,andLinYang*,“UniversalmethodforconstructingN-portnon-blockingopticalrouterbasedon2×2opticalswitchforphotonicnetworks-on-chip,”OpticsExpress,22(10),12614-12627,2014.21.QiaoshanChen,FanfanZhang,LeiZhang,YonghuiTian,PingZhou,JianfengDing,andLinYang*,“1Gbpsdirectedopticaldecoderbasedontwocascadedmicroringresonators,”OpticsLetters,39(14),4255-4258,2014.22.PingZhou,LeiZhang,YonghuiTian,andLinYang*,“10GHzelectro-opticalOR/NORdirectedlogicdevicebasedonsiliconmicro-ringresonators,”OpticsLetters,39(7),1937-1940,2014.23.YonghuiTian,LeiZhang,JianfengDing,andLinYang*,“Demonstrationofelectro-optichalf-adderusingsiliconphotonicintegratedcircuits,”OpticsExpress,22(6),6958-6965,2014.24.LinYang*,LeiZhang,ChunmingGuo,andJianfengDing,“XORandXNORoperationsat12.5Gb/susingcascadedcarrier-depletionmicroringresonators,”OpticsExpress,22(3),2996-3012,2014.25.LinYang*andJianfengDing,“High-SpeedSiliconMach-ZehnderOpticalModulatorwithLargeOpticalBandwidth,”JournalofLightwaveTechnology,32(5),966-970,2014.26.JianfengDing,RuiqiangJi,LeiZhang,andLinYang*,“Electro-OpticalResponseAnalysisofa40Gb/sSiliconMach-ZehnderOpticalModulator,”JournalofLightwaveTechnology,31(14),2434-2440,2013.27.YonghuiTian,LeiZhang,QianfanXu,andLinYang*,“XOR/XNORdirectedlogiccircuitbasedoncoupled-resonator-inducedtransparency,”LaserPhotonicsReviews,7(1),109-113,2013.28.RuiMin,RuiqiangJi,QiaoshanChen,LeiZhang,andLinYang*,“AUniversalMethodforConstructingN-PortNonblockingOpticalRouterforPhotonicNetworks-On-Chip,”JournalofLightwaveTechnology,30(23),3736-3741,2012.29.LinYang*,RuiqiangJi,LeiZhang,JianfengDing,andQianfan.Xu,“On-chipCMOS-compatibleopticalsignalprocessor,”OpticsExpress,20(12),13560-13565,2012.30.JianfengDing,HongtaoChen,LinYang*,LeiZhang,RuiqiangJi,YonghuiTian,WeiweiZhu,YangyangLu,PingZhou,RuiMin,“Low-voltage,high-extinction-ratio,Mach-ZehndersiliconopticalmodulatorforCMOS-compatibleintegration,”OpticsExpress,20(3),3209-3218,2012.
