个人简介 2018年7月~至今西安电子科技大学物理与光电工程学院副教授“华山学者”菁英人才

2019年7月~9月澳大利亚国立大学激光物理中心访问学者

2013年9月~2018年5月澳大利亚国立大学博士（DoctorofPhilosophy）

Research 目前承担的科研项目：

1.非z切铌酸锂薄膜光学超晶格的全光极化研究。2020.01-2022.12，主持，国家自然科学基金青年基金。

2.西安电子科技大学“三个一流”建设教师海外引课计划项目。2019.07-2019.09，主持。

课程教学 电子科学与技术，光电信息科学与工程和教改班综合实验

OptoelectronicsandIntegratedOptics（海外引进课程）

1．激光直写非线性光子结构及其光学效应研究 利用激光直写技术制备非线性光子结构，开展光与物质的相互作用，非线性光学和光调控等方面的研究，探索其在光通信，光存储和量子信息处理等领域的应用。

[1]XinChen,WieslawKrolikowskiandYanSheng,“Chapter3:NonlinearOpticalEffectsatFerroelectricDomainWalls”.InFerroelectricsandTheirApplications,IntechOpen,2018.DOI:10.5772/intechopen.77238. [2]YanSheng,XinChen,andWieslawKrolikowski,“Chapter8DirectFemtosecondLaserWritingofNonlinearPhotonicCrystals”,AdvancesinOptics:Reviews,BookSeries,Vol.2,InternationalFrequencySensorAssociation(IFSA)Publishing,S.L.,(2018)177-192.ISBN:978-84-697-9437-1.

期刊论文

[1]X.Chen*,B.ZhaoandS.Li,InfluenceofSi-DopingonthePerformanceofInGaN/GaNMultipleQuantumWellSolarCells,"Semiconductors",Vol.53,No.13(2019)47-51.

[2]XinChen,PawelKarpinski,VladlenShvedov,KaloianKoynov,BingxiaWang,JoseTrull,CrinaCojocaru,WieslawKrolikowski,andYanSheng*,“Ferroelectricdomainengineeringbyfocusedinfraredfemtosecondpulses”,Appl.Phys.Lett.,Vol.107,No.14(2015)141102.

[3]XinChen,PawelKarpinski,VladlenShvedov,AndreasBoes,ArnanMitchell,WieslawKrolikowskimandYanSheng*,“Quasi-phasematchingviafemtosecondlaserinduceddomaininversioninlithiumniobatewaveguides”,Opt.Lett.,Vol.41,No.11(2016)2410.

[4]XinChen,KrzysztofSwitkowski,XiaopengHu,WieslawKrolikowski,andYanSheng*,“EnhancedfourthharmonicgenerationvianonlinearCerenkovinteractioninperiodicallypoledlithiumniobatecrystal”,Opt.Express,Vol.24,No.26(2016)29948-29954.

[5]X.Chen,V.Shvedov,P.Karpinski,K.Koynov,A.Boes,A.Mitchell,J.Trull,C.Cojocaru,W.Krolikowski,andY.Sheng.“Ferroelectricdomainpatterningwithultrafastlight”.Optics&PhotonicsNews,Vol.27,specialissue:Opticsin2016,pp.50,2016.

[6]TianxiangXu,KrzysztofSwitkowski,XinChen,ShanLiu,KaloianKoynov,HaohaiYu,HuaijinZhang,JiyangWang,YanSheng*&WieslawKrolikowski*,“Three-dimensionalnonlinearphotoniccrystalinferroelectricbariumcalciumtitanate”.NaturePhotonics,Vol.12,591-595,2018.

[7]X.Chen,P.Karpinski,V.Shvedov,B.Wang,J.Trull,C.Cojocaru,A.Boes,A.Mitchell,W.Krolikowski,andY.Sheng,“Two-dimensionaldomainstructuresinLithiumNiobateviadomaininversionwithultrafastlight”,PhotonicsLett.Pol.,VOL.8(2),33-35(2016).

[8]XinChen,BijunZhao,ZhiweiRen,JinhuiTong,XingfuWang,XiangjingZhuo，DanweiLi,JunZhang,HanxiangYi,andShutiLi*,“TheadvantageofInGaN/GaNmultiplequantumwellsolarcellswithstepthicknessquantumwells”,Chin.Phys.BVol.22,No.7(2013)078402.

[9]YanSheng*,XinChen,TadeuszLukasiewicz,MarekSwirkowicz,KaloianKoynov,andWieslawKrolikowski,“Calciumbariumniobateasafunctionalmaterialforbroadbandopticalfrequencyconversion”,Opt.Lett.,Vol39,No.6(2014)1330.

[10]S.Liu,K.Switkowski,X.Chen,T.Xu,W.Krolikowski,&Y.Sheng.“BroadbandenhancementofČerenkovsecondharmonicgenerationinasunflowerspiralnonlinearphotoniccrystal”,OpticsExpress26(7),(2018)8628-8633.

[11]PawelKarpinski,XinChen,VladlenShvedov,CyrilHnatovsky,ArnaudGrisard,EricLallier,BarryLuther-Davies,WieslawKrolikowski,andYanSheng,“Nonlineardiffractioninorientation-patternedsemiconductors”,Opt.Express,Vol23,No.11(2015)14903.

会议

[1]X.Chen,P.Karpinski,V.Shvedov,K.Koynov,B.Wang,J.Trull,C.Cojocaru,W.Krolikowski,andY.Sheng,“Directwritingofinverteddomainsinlithiumniobateusinginfraredfemtosecondpulses”,inInternationalConferenceonNanoscienceandNanotechnology(ICONN)2016.

[2]XinChen,PawelKarpinski,VladlenShvedov,CyrilHnatovsky,AndreasBoes,ArnanMitchell,WieslawKrolikowski,andYanSheng,“Directwritingofinverteddomainpatternsinlithiumniobatewaveguidesusingfemtosecondinfraredpulses”,CLEO:2016,paperATu4K.4.

[3]XinChen,PawelKarpinski,VladlenShvedov,CyrilHnatovsky,AndreasBoes,ArnanMitchell,WieslawKrolikowski,andYanSheng,“Ferroelectricdomainengineeringusinginfraredfemtosecondlaseranditsapplicationtoopticalfrequencyconversion”,PhotonicsandFiberTechnology2016,paperNM3A.6(invitedtalk).

[4]XinChen,WieslawKrolikowski,andYanSheng.Ultrafast-laserinscribednonlinearphotoniccrystalsforfrequencyconversion.CollaborativeConferenceonMaterialsResearch(CCMR),2017.