导师信息#北京理工大学物理学院研究生导师#张向东

北理物理学院研究生导师张向东介绍如下：

姓名：张向东

所在学科：物理学院

职称：正高

E-mail：zhangxd@bit.edu.cn

个人简历

1988和1993年在河北师范大学物理系获得物理学学士和硕士学位 ，1998年4月在中科院物理所获博士学位
，现为北京理工大学特聘教授。

工作经历

1998年5月至2002年7月在香港科技大学物理系作访问学者从事博士后研究,2002年8月至2011年9月任北京师范大学物理系教授、博士生导师，2011年10月调入北京理工大学物理学院工作 。

科研方向

(1)光和人工结构材料(光子晶体,metamaterials,plasmonics以及石墨烯等二维材料)的相互作用；

(2)量子信息,量子计算,量子传感和成像；

(3)光量子芯片 ，基于光子芯片的人工智能和机械学习;；

(4)纳米光学和光电子器件
。

研究手段：理论和实验相结合。

学术成就

多年来一直致力于光子晶体和低维纳米结构的物理特性及其应用研究
，探讨利用人工微纳结构调控经典和量子光场，并取得了多项创新成果：

(1)首次观测到了光和声的Zitterbewegung效应 ，证明了相对论量子力学中一个长期的理论预言，NatureChina的研究亮点专门报道了这一工作,发表在《Nature》上的论文也对这个工作做了很好引用和评述；

(2)利用单光子和纠缠双光子在实验上首次观察到了量子Talbot效应
，更正了过去人们在量子成像研究方面一些错误认识;

(3)首次在光子准晶中观察到了负折射现象，在12重光子准晶中发现了大的绝对光子带隙 ，并指出了《Nature》上一篇重要文章的错误；

(4)通过严格数值模拟首先在声子晶体中观察到负折射现象
，并发现了自旋子的负折射；

(5)在无序动力学中率先从理论上揭示出准一维到三维的动力学交叉行为，后被实验所证实；

(6)设计出了光多层石墨烯和拓扑绝缘体材料 ，通过严格数值模拟证明波在这些材料中传播拥有对应电子系统相类似的特性；

(7)观察到了负的电子能量损失和非线性Smith-Purcell效应
，在手征介质表面发现了异常光自旋霍尔效应；

(8)率先在铁磁藕合双结中发现超过90%的巨隧穿磁电阻，并被实验证实；

(9)利用3D打印技术制备出了metamaterials波基芯片 ，实现了量子搜索算法；

(10)在高维量子系统中通过定量引入可控各向同性噪声方法
，首次实验上精确验证了高维操控(steering)效应和噪声抑制现象 。

在Phys.Rev.Lett. 、Adv.Matter.
、Appl.Phys.Lett.和Phys.RevA/B/E等核心期刊上发表论文160余篇，论文被包括发表在Nature、Science 、NatureMaterials
、NaturePhysics和Phys.Rev.Lett.等SCI期刊上的论文引用4000余次
。曾多次在国际大会上做邀请报告 ，研究成果被PhysicsWeb、Phys.World等专门报道。2004年入选教育部《新世纪优秀人才支持计划》
，2008年获国家杰出青年科学基金 。目前承担国家自然科学基金面上项目 、科技部重大研究计划/量子调控等子课题多项。

教学和研究生培养

(1)教学:讲授了多门本科生和研究生课程，如：《力学》、《高等量子力学》
、《基础物理》、《数理与工程》 、《物理前沿选讲》等
。

(2)研究生培养:已培养博士研究生20余名 ，硕士研究生10多名，目前他们在高校
、科研机构、银行 、公司等行业的多种岗位上工作。

部分发表论文（带‘*’作者为研究生）：

[1]QiangZeng*,BoWang,PengyunLiandXiangdongZhang,ExperimentalHigh-DimensionalEinstein-Podolsky-RosenSteering,Phys.Rev.Lett.120,030401(2018).

[2]WeixuanZhang*,KaiyangCheng,ChaoWu,YiWang,HongqiangLiandXiangdongZhang,ImplementingQuantumSearchAlgorithmwithMetamaterials,Adv.Mater.29,1703986(2017).

[3]WeixuanZhang*,TongWu,RongyaoWangandXiangdongZhang,AmplificationofMolecularChiropticalEffectbyLow-lossDielectricNanoantennas,Nanoscale9,5701(2017).

[4]TongWu*,WeixuanZhang,RongyaoWangandXiangdongZhang,Giantchiropticaleffectcausedbytheelectricquadrupole,Nanoscale9,5110(2017).

[5]TianChen,BoWangandXiangdongZhang,Controllingprobabilitytransferinthediscrete-timequantumwalkbymodulatingthesymmetries,NewJ.Phys.19(2017)113049.

[6]WeixuanZhang*,TongWuandXiangdongZhang,TailoringEigenmodesatSpectralSingularitiesinGraphene-basedPTSystems,Sci.Rep.7,11407(2017).

[7]JunRen*,TianChen,BoWang,andXiangdongZhang,Ultrafastcoherentenergytransferwithhighefficiencybasedonplasmonicnanostructures,J.Chem.Phys.146,144101(2017).

[8]TianChenandXiangdongZhang,Thedefect-inducedlocalizationinmanypositionsofthequantumrandomwalk,Sci.Rep.6,25767(2017).

[9]TiechengWang*andXiangdongZhang,Improvedthird-ordernonlineareffectingraphenebasedonboundstatesinthecontinuum,PhotonicsResearch5,629-639(2017).

[10]Xin-BingSong,Shi-YaoFu,XiongZhang,Zhen-WeiYang,QiangZeng,ChunqingGaoandXiangdongZhang,Multimodequantumstateswithsinglephotonscarryingorbitalangularmomentum,Sci.Rep.7,3601(2017).

[11]BingYang*,TongWu,andXiangdongZhang,Engineeringtopologicaledgestatesintwodimensionalmagneticphotoniccrystal,Appl.Phys.Lett.110,021109(2017).

[12]TaoLi*,QiangZeng,XinbingSongandXiangdongZhang,Experimentalcontextualityinclassicallight,Sci.Rep.7,44467(2017).

[13]WeixuanZhang*,TongWu,RongyaoWang,andXiangdongZhang,Surface-EnhancedCircularDichroismofOrientedChiralMoleculesbyPlasmonicNanostructures,J.Phys.Chem.C,121,666-675(2017).

[14]TianChenandXiangdongZhang,Extraordinarybehaviorsinatwo-dimensionaldecoherentalternativequantumwalk,Phys.Rev.A94,012316(2016).

[15]Z.T.Jiang,Z.T.Lv,andXingdongZhang,Energyspectrumofpristineandcompressedblackphosphorusinthepresenceofamagneticfield,Phys.Rev.B94,115118(2016)

[16]JunRen*,TongWu,BingYang,andXiangdongZhang,SimultaneouslygiantenhancementofForsterresonanceenergytransferrateandefficiencybasedonplasmonicexcitations,Phys.Rev.B94,125416(2016).

[17]TongWu*,XiuhuiZhang,RongyaoWangandXiangdongZhang,StronglyEnhancedRamanOpticalActivityinMoleculesbyMagneticResponseofNanoparticles,J.Phys.Chem.C120,14795−14804(2016).

[18]YifanSun*andXiangdongZhang,UnusualquantumTalboteffectbasedontheorbitalangularmomentumofphotons,Phys.Rev.A93,063851(2016).

[19]PengyunLi*,BoWang,andXiangdongZhang,High-dimensionalencodingbasedonclassicalnonseparability,OpticsExpress24,264894(2016).

[20]QiangZeng*,TaoLi,XinbingSong,andXiangdongZhang,Realizationofoptimizedquantumcontrolledlogicgatebasedontheorbitalangularmomentumoflight,OpticsExpress24,257875(2016).

[21]PengyunLi*,BoWang,XinbingSongandXiangdongZhang,Non-destructiveidentificationoftwistedlight,OpticsLetters41,1574(2016).

[22]PengyunLi*,YifanSun,,ZhenweiYang,XinbingSong,andXiangdongZhang,Classicalhypercorrelationandwave-opticsanalogyofquantumsuperdensecoding,Sci.Rep.5,18574(2015).

[23]TiechengWang*andXiangdongZhang,Magneticresponseatvisibleandnear-infraredfrequenciesfromblackphosphorussheets,OpticsExpress23,30667(2015).

[24]TongWu*,Rong-YaoWangandXiangdongZhang,Plasmon-inducedstronginteractionbetweenchiralmoleculesandorbitalangularmomentumoflight,Sci.Rep.5,18003(2015).

[25]WeixuanZhang*,JunRen,andXiangdongZhang,Tunablesuperradianceandquantumphasegatebasedongraphenewrappednanowire,OpticsExpress23,22347(2015).

[26]JunRen*,TongWu,andXiangdongZhang,Multifrequencymulti-qubitentanglementbasedonplasmonichotspots,Sci.Rep.5,13941(2015).

[27]WeiQin,ChuanWang,XiangdongZhang,Protectedquantum-statetransferindecoherence-freesubspaces,Phys.Rev.A91,042303(2015).

[28]XinbingSong,YifanSun,PengyunLi,HongweiQin,andXiangdongZhang,Bell'smeasureandimplementingquantumFouriertransformwithorbitalangularmomentumofclassicallight,Sci.Rep.5,14113(2015).

[29]Y.Sun*,X.Song,H.Qin,X.Zhang,Z.Yang,andXiangdongZhang,Non-localclassicalopticalcorrelationandimplementinganalogyofquantumteleportation,Sci.Rep.5,9175(2015).

[30]D.Zhai*,P.Wang,R-Y.Wang,X.Tian,Y.Ji,W.Zhao,L.Wang,H.Wei,X.WuandXiangdongZhang,Plasmonicpolymerswithstrongchiropticalresponseforsensingmolecularchirality,Nanoscale7,10690(2015).

[31]MingdaZhang*andXiangdongZhang,Ultrasensitiveopticalabsorptioningraphenebasedonboundstatesinthecontinuum,Sci.Rep.5,8266(2015).

[32]TongWu*,JunRen,RongyaoWangandXiangdongZhang,CompetitionofChiropticalEffectCausedbyNanostructureandChiralMolecules,J.Phys.Chem.C118,20529−20537(2014).

[33]R-YWang,P.Wang,Y.Liu,W.Zhao,D.Zhai,X.Hong,Y.Ji,X.Wu,F.Wang,D.Zhang,W.Zhang,R.LiuandXiangdongZhang,ExperimentalObservationofGiantChiropticalAmplificationofSmallChiralMoleculesbyGoldNanosphereClusters,J.Phys.Chem.C118,9690(2014).

[34]YinengLiu*,RongyaoWangandXiangdongZhang,Giantcirculardichroismenhancementandchiropticalillusioninhybridmolecule-plasmonicnanostructures,OpticsExpress22,4357(2014).

[35]YifanSun*,RanTaoandXiangdongZhang,FractionalFourierprocessingofquantumlight,OpticsExpress22,728(2014).

[36]YinengLiu*andXiangdongZhang,Spin-basedresonanteffectandfocusinglensoflightbydielectricnanoparticles,Appl.Phys.Lett.102,141109(2013).

[37]L.Y.Zhao*,C.S.Tian,Z.Q.ZhangandXiangdongZhang,Unconventionaldiffusionoflightinstronglylocalizedopenabsorbingmedia,Phys.Rev.B88,155104(2013).

[38]YinengLiu*andXiangdongZhang,Spin-basedsecond-harmonicgenerationbymetalnanoparticles,Phys.Rev.A88,063810(2013).

[39]Xin-BingSong,D.Q.Xu,H.B.Wang,JunXiong,XiangdongZhang,D.Z.Cao,andKaigeWang,Experimentalobservationofone-dimensionalquantumholographicimaging,Appl.Phys.Lett.103,131111(2013).

[40]JinyingXu*andXiangdongZhang,Secondharmonicgenerationinthree-dimensionalstructuresbasedonhomogeneouscentrosymmetricmetallicspheres,Optics.Express201668(2012).

[41]Xin-BingSong*,H-BWang,J.Xiong,K.Wang,XiangdongZhang,K-HLuo,andL-AWu
，ExperimentalObservationofQuantumTalbotEffects,Phys.Rev.Lett.107,033902(2011).

[42]JinyingXu*andXiangdongZhang,Negativeelectronenergylossandsecondharmonicemissionofnonlinearnanoparticles,Optics.Express19,22999(2011).

[43]WeiZhong*andXiangdongZhang,Energyspectraforaphotonicanalogofmultilayergrapheme,Phys.Rev.A84,033826(2011).

[44]WeiZhong*andXiangdongZhang,Dirac-conephotonicsurfacestatesinthree-dimensionalphotoniccrystalslab,Optics.Express19,23738(2011).

[45]HaileiWang*andXiangdongZhang,UnusualspinHalleffectofalightbeaminchiralmetamaterials,Phys.Rev.A83,003800(2011).

[46]ShuGan*,Su-HengZhang*,TingZhao,JunXiong,XiangdongZhang,andKaigeWang,Cloakingofaphaseobjectinghostimaging,Appl.Phys.Lett.98,111102(2011).

[47]ShaozhiWei*,YunxiaDong*,HaiboWang,andXiangdongZhang，Enhancementofcorrelatedphoton-pairgenerationfromapositive-negativeindexmaterialheterostructure,Phys.Rev.A81,053830(2010).

[48]YunxiaDong*andXiangdongZhang,Possibilityofefficientgenerationofmultiphotonentangledstatesusingaone-dimensionalnonlinearphotoniccrystal,Phys.Rev.A81,033806(2010).

[49]Xin-BingSong*,JunXiong,XiangdongZhang,andKaigeWang,Second-orderTalbotself-imagingwithpseudothermallight,Phys.Rev.A82,033823(2010).

[50]T.Zhai*,Y.Zhou,S.Chen,Z.Wang,J.Shi,DaheLiu,andXiangdongZhang,Pulse-duration-dependentandtemperature-tunablerandomlasinginaweaklyscatteringstructureformedbyspeckles,Phys.Rev.A82,023824(2010).

[51]Su-HengZhang*,ShuGan*,JunXiong,XiangdongZhang,andKaigeWang,Illusionopticsinchaoticlight,Phys.Rev.A82,021804(R)(2010).

[52]WeiZhong*andXiangdongZhang,Localizedmodesindefect-freetwo-dimensionalcircularphotoniccrystals,Phys.Rev.A81,013805(2010).

[53]XiangdongZhang,Negativerefractionandabnormaltransmissionofelectromagneticwaveintwo-dimensionphotoniccrystals,MaterialsToday12,44(2009).

[54]ChunxuBai*,YanlingYangandXiangdongZhang,Effectofelectron-electroninteractionsontheKleinparadoxingraphene-baseddouble-barrierstructures,Phys.Rev.B.80 ，235423(2009).

[55]Su-HengZhang*,ShuGan*,De-ZhongCao,JunXiong,XiangdongZhang,andKaigeWang,Phase-reversaldiffractioninincoherentlight,Phys.Rev.A80,031805(R)(2009).

[56]XiangdongZhangandZhenyouLiu,Extremaltransmissionandbeatingeffectofacousticwaveintwo-dimensionalsoniccrystal,Phys.Rev.Lett.101,264303(2008).

[57]XiangdongZhang,ObservingZitterbewegungforphotonsneartheDiracpointofatwo-dimensionalphotoniccrystal,Phys.Rev.Lett.100,113903(2008).

[58]ChunxuBai*,YanlingYang,andXiangdongZhang,SpecularAndreevreflectionandmagnetoresistanceingraphene-basedferromagnet-superconductordoublejunctions,Appl.Phys.Lett.92,102513(2008).

[59]T.Zhai*,Z.Wang,R.Zhao,J.Zhou,D.LiuandXiangdongZhang,ADnvpointgroupstructurepossessingcompletebandgapbasedongradualheterostructureandself-simulatingsphere,Appl.Phys.Lett.93,201902(2008).

[60]YunxiaDong*andXiangdongZhang,Unusualentanglementtransformationpropertiesofthequantumradiationthroughone-dimensionalrandomsystemcontainingleft-handed-materials,Optics.Express16,16950(2008).

[61]JinyingXu*,YunxiaDong*,andXiangdongZhang,Electromagneticinteractionsbetweenafastelectronbeamandmetamaterialcloaks,Phys.Rev.E78,046601(2008).

[62]XiangdongZhang,Z.Y..Li,B.ChengandD-ZZhang,Non-near-fieldfocusandimagingofanunpolarizedelectromagneticwavethroughhigh-symmetryquasicrystals,Optics.Express15,1292(2007).

[63]XiangdongZhang,Universalnon-near-fieldfocusofacousticwavesthroughhigh-symmetryquasicrystals,Phys.Rev.B.75,024209(2007).

[64]T.Sun,Z.R.Qiu,H.M.Su,XiangdongZhanget.al.,DynamicsofrandomlaserandcoherentbackscatteringoflightfromZnOamplifyingrandommedium,Appl.Phys.Lett.88,91,241110(2007).

[65]ChunxuBai*andXiangdongZhang,Kleinparadoxandresonanttunnelinginagraphenesuperlattice,Phys.Rev.B.76,075430(2007).

[66]Z.Ren*,Z.Wang,T.Zhai,H.Gao,DLiuandXiangdongZhang,Complexdiamondlatticewithwidebandgapsinthevisiblerangepreparedbyholographyusingamaterialwithalowindexofrefraction,Phys.Rev.B.76
，035102(2007).

[67]XiangdongZhang,Negativerefractionofspintronicsandspinbeamsplitter,Appl.Phys.Lett.88,052114(2006).

[68]Z.Feng*,XiangdongZhang,et.al.,Experimentaldemonstrationofnon-near-fieldimagegovernedbynegativerefractionlaw,Phys.Rev.B.73，075118(2006).

[69]JingWang*,XiangdongZhang,Shou-YongPeiandDa-HeLiu,TunableCasimirforcesbymeansoftheexternalmagneticfield,Phys.Rev.A.73 ，042103(2006).

[70]Z.Feng*,XiangdongZhang,et.al.,NegativeRefractionandImagingbyTwelve-Fold-SymmetryQuasicrystals,Phys.Rev.Lett.94,247402(2005).

[71]XiangdongZhang,Acousticresonanttransmissionthroughacousticgratingswithverynarrowslits:Multiple-scatteringnumericalsimulations,Phys.Rev.B71
，241102(2005)(R).

[72]XiangdongZhang,Tunablenon-near-fieldfocusandimagingofunpolarizedelectromagneticwave,Phys.Rev.B71,235103(2005).

[73]XiangdongZhang,Effectofinterfaceanddisorderonthefar-fieldimageinatwo-dimensionalphotonic-crystal-basedflatlens,Phys.Rev.B71,165116(2005).

[74]C.Qiu*,XiangdongZhangandZ.Liu,Left-handedbehaviorandnon-near-fieldimagingeffectofacousticwaveintwo-dimensionalsoniccrystal,Phys.Rev.B71,054302(2005).

[75]XiangdongZhangandLie-MingLi,Creatingall-anglenegativerefractionbyusinginsertion,Appl.Phys.Lett.86,121103(2005).

[76]XiangdongZhang,Subwavelengthfar-fieldresolutioninasquaretwo-dimensionalphotoniccrystal,Phys.Rev.E71,037601(2005).

[77]XiangdongZhang,Imageresolutiondependingonslabthicknessandobjectdistanceinatwo-dimensionalphotonic-crystal-basedsuperlens,Phys.Rev.B70,195110(2004).

[78]XiangdongZhang,Absolutenegativerefractionandimagingofunpolarizedelectromagneticwavesbytwo-dimensionalphotoniccrystals,Phys.Rev.B70,205102(2004).

[79]S.K.Cheung*,XiangdongZhang,Z-QZhanget.al.:Impactofweaklocalizationinthetimedomain,Phys.Rev.Lett.92,173902(2004).

[80]XiangdongZhangandZ.Y.Liu:Negativerefractionofacousticwavesintwo-dimensionalphononiccrystals,Appl.Phys.Lett.85,341(2004).

[81]QianjinChu,XiangdongZhang,andZhao-QingZhang,Calculationofenhancedscatteringpeaksindisorderedthinslabswithinternalreflections,Phys.Rev.B70,125110(2004).

[82]K-CKwan*,XiangdongZhang,ZhaoqingZhangandC.TChan:Effectsduetodisorderonphotoniccrystal-basedwaveguides,Appl.Phys.Lett.82,4414(2003).

[83]X.D.Liu,XiangdongZhang,Y.Q.Wang,B.Y.ChengandD.Z.Zhang:Probingmethodforthedensityofstatesinaphotoniccrystalwithluminescentmolecules,Phys.Rev.B68,155118(2003).

[84]ZhifangLin,HaipingFang,JianjunXu,JianZiandXiangdongZhang,:LatticeBoltzmannmodelforphotonicbandgapmaterials,Phys.Rev.E67,025701(2003)(R).

[85]PingXie,Zhao-QingZhangandXiangdongZhang:Gapsolitonsandsolitontrainsinfinite-sizedtwo-dimensionalperiodicandquasiperiodicphotoniccrystals,Phys.Rev.E63,026607(2003).

[86]XiangdongZhang,Zhao-QingZhang:Wavetransportthroughthinslabsofrandommediawithinternalreflection:Ballistictodiffusivetransition,Phys.Rev.E66,016622(2002).

[87]XiangdongZhang,Zhao-QingZhang:Coherentbackscatteringoflightinastronglocalizationregime,Phys.Rev.B65,155208(2002).

[88]XiangdongZhang,Zhao-QingZhang:Non-Rayleighdistributionofreflectedspeckleintensitiesfromlocalizedstatesinsidethegapofdisorderedphotoniccrystals,Phys.Rev.B65,245115(2002).

[89]XiangdongZhang,Zhao-QingZhangandC.T.Chan:Absolutephotonicbandgapsin12-foldsymmetricphotonicquasicrystals,Phys.Rev.B63,081105(2001)(R).

[90]XiangdongZhang,Lie-MingLi,Zhao-QingZhangandC.T.Chan:Thestudyofsurfacestatesintwo-dimensionalmetallodielectricphotoniccrystalsstudiedbyamultiple-scatteringmethod,Phys.Rev.B63,125114(2001).

[91]YunLai*,XiangdongZhangandZhaoqingZhang:Engineeringacousticbandgaps,Appl.Phys.Lett.79,3224(2001).

[92]Zhi-YuanLi,XiangdongZhang,andZhao-QingZhang:Disorderedphotoniccrystalsunderstoodbyaperturbationformalism,Phys.Rev.B61,15738(2000).

[93]XiangdongZhang,Zhao-QingZhang,Lie-MingLi,C.Jin,D.Zhang,B.Man,andB.Cheng:Enlargingaphotonicbandgapbyusinginsertion,Phys.Rev.B61,1892(2000).

[94]XiangdongZhangandZhao-QingZhang:Creatingagapwithoutsymmetrybreakingintwo-dimensionalphotoniccrystals,Phys.Rev.B61,9847(2000).

[95]C.Jin,B.Cheng,B.Man,D.Zhang,S.Ban,BSun,XiangdongZhang,ZhaoqingZhang:Two-dimensionalmetallodielectricphotoniccrystalwithalargebandgap,Appl.Phys.Lett.75,1201(1999).

[96]Lie-MingLi,Zhao-QingZhang,andXiangdongZhang:Transmissionandabsorptionpropertiesoftwo-dimensionalmetallicphotonic-band-gapmaterials,Phys.Rev.B58,15589(1998).

[97]XiangdongZhang,BozangLi,WushouZhangandFu-ChoPu:Magnetoresistanceandexchangecouplingintheferromagnetictunneljunctionwithferromagneticlayersoffinitethickness,Phys.Rev.B57,1090(1998).

[98]XiangdongZhang,BozangLi,GangSunandFu-ChoPu:Spinpolarizedtunnelingandmagnetoresistanceinferromagnet/insulator(semiconductor)singleanddoubletunneljunctionssubjectedtoanelectricfield,Phys.Rev.B56,5484(1997).

[99]XiangdongZhang,BozangLiandFu-ChoPu:MagneticExcitationintheHubbard-HirschModel,Phys.Rev.B54,44(1996).

[100]XiangdongZhang,YouchengLi,XiaojunKongandChengwenWei:EffectoftheimagepotentialontheStarkshiftofexcitonstatesinaquantumWell,Phys.Rev.B49,10432(1994).