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个人简介

2018年12月加入上海科技大学物质科学与技术学院。 2017年在牛津大学物理系获博士学位并从事博士后研究(2017-2018)。 2008和2011年在北京科技大学材料物理系分别获学士和硕士学位

研究领域

研究兴趣起源于光子与磁性的相互作用过程。从X射线的视角探索凝聚态中的电子结构和磁结构;包括材料中的磁性起源(原子尺度),磁相互作用(微观尺度),磁有序(介观尺度),磁动力学(超快时间尺度),以及磁性与电荷,晶格的相互作用。 磁性散射与磁性光谱学(MSSL)课题组利用多种频段的电磁波(射频-微波-紫外-软X射线-硬X射线)来探测量子材料中的磁性。得益于同步辐射X光高通量,能量连续可变,可控偏振以及超快的特点,近年来我们不断开发出新的利用X光研究材料磁性的手段,并持续探索新的光子-磁性相互作用机制。目前我们研究量子材料的主要实验手段包括:X射线磁性散射(软X射线共振散射,硬X射线非共振散射和磁性表面散射)以及磁性光谱学(XMCD/XMLD)。我们与世界各光源的磁性线站保持密切的合作,目前研究的材料体系包括:拓扑磁性材料,非共线磁性材料,磁阻挫体系,铁电材料,手性磁体,二维磁性材料,以及量子材料中拓扑电子结构的自旋态

近期论文

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Book:ShileiZhang,ChiralandTopologicalNatureofMagneticSkyrmions,Springer,ISBN978-3-319-98252-6(2018). 24.D.M.Burn,S.L.Zhang,S.Wang,H.F.Du,G.vanderLaan&T.Hesjedal,HelicalMagneticOrderinginThinFeGeMembranes,Phys.Rev.B100,184403(2019). 23.J.X.Zhang,X.C.Cai,W.Xia,A.J.Liang,J.W.Huang,C.W.Wang,L.X.Yang,H.T.Yuan,Y.L.Chen,S.L.Zhang,Y.F.Guo,Z.K.Liu,&G.Li,UnveilingElectronicCorrelationandtheFerromagneticSuperexchangeMechanisminthevanderWaalsCrystalCrSiTe3,Phys.Rev.Lett.123,047203(2019). 22.W.J.Li,I.Bykova,S.L.Zhang,G.Q.Yu,R.Tomasello,M.Carpentieri,Y.Z.Liu,Y.Guang,J.Gräfe,M.Weigand,D.M.Burn,G.vanderLaan,T.Hesjedal,Z.R.Yan,J.F.Feng,C.H.Wan,J.W.Wei,X.Wang,X.M.Zhang,H.J.Xu,C.Y.Guo,H.X.Wei,G.Finocchio,X.F.Han&G.Schütz,AnatomyofSkyrmionicTexturesinMagneticMultilayers,Adv.Mater.31,1807683(2019). 21.X.Y.Li,S.L.Zhang,H.Li,D.A.Venero,J.S.White,R.Cubitt,Q.Z.Huang,J.Chen,L.H.He,G.vanderLaan,W.H.Wang,T.Hesjedal&F.W.Wang,Oriented3DMagneticBiskyrmionsinMnNiGaBulkCrystals,Adv.Mater.31,1900264(2019). 20.D.M.Burn,L.B.Duffy,R.Fujita,S.L.Zhang,A.I.Figueroa,J.Herrero-Martin,G.vanderLaan&T.Hesjedal,Cr2Te3thinFilmsforIntegrationinMagnetictopologicalInsulatorHeterostructures,Sci.Rep.9,10793(2019). 19.S.L.Zhang,G.vanderLaan,J.Müller,L.Heinen,M.Garst,A.Bauer,H.Berger,C.Pfleiderer,&T.Hesjedal,Reciprocalspacetomographyof3Dskyrmionlatticeorderinachiralmagnet,Proc.Natl.Acad.Sci.115,6386(2018). 18.S.L.Zhang,G.vanderLaan,W.W.Wang,A.A.Haghighirad&T.Hesjedal,DirectObservationofTwistedSurfaceSkyrmionsinBulkCrystals,Phys.Rev.Lett.120,227202(2018). 17.S.L.Zhang,W.W.Wang,D.M.Burn,H.Peng,H.Berger,A.Bauer,C.Pfleiderer,G.vanderLaan,&T.Hesjedal,ManipulationofSkyrmionMotionbyMagneticFieldGradients,Nat.Commun.9,2115(2018). 16.S.L.Zhang,F.Kronast,G.vanderLaan,&T.Hesjedal,Real-SpaceObservationofSkyrmioniuminaFerromagnet-MagneticTopologicalInsulatorHeterostructure,NanoLett.18,1057(2018). 15.S.L.Zhang,G.vanderLaan,&T.Hesjedal.Directexperimentaldeterminationofspiralspinstructuresviathedichroismextinctioneffectinresonantelasticsoftx-rayscattering.Phys.Rev.B96,094401(2017). 14.S.L.Zhang,G.vanderLaan,&T.Hesjedal.DirectexperimentaldeterminationofthetopologicalwindingnumberofskyrmionsinCu2OSeO3.Nat.Commun.8,14619(2017). 13.S.L.Zhang,I.Stasinopoulos,T.Lancaster,F.Xiao,A.Bauer,F.Rucker,A.A.Baker,A.I.Figueroa,Z.Salman,F.L.Pratt,S.J.Blundell,T.Prokscha,A.Suter,J.Waizner,M.Garst,D.Grundler,G.vanderLaan,C.Pfleiderer&T.Hesjedal.Room-temperaturehelimagnetisminFeGethinfilms.Sci.Rep.7,123(2017). 12.S.L.Zhang,A.Bauer,H.Berger,C.Pfleiderer,G.vanderLaan,&T.Hesjedal.ImagingandmanipulationofskyrmionlatticedomainsinCu2OSeO3.Appl.Phys.Lett.109,192406(2016). 11.S.L.Zhang,A.Bauer,H.Berger,C.Pfleiderer,G.vanderLaan,&T.Hesjedal.Resonantelasticx-rayscatteringfromtheskyrmionlatticeinCu2OSeO3.Phys.Rev.B93,214420(2016). 10.S.L.Zhang,A.Bauer,D.M.Burn,P.Milde,E.Neuber,L.M.Eng,H.Berger,C.Pfleiderer,G.vanderLaan,&T.Hesjedal.MultidomainSkyrmionLatticeStateinCu2OSeO3.NanoLett.16,3285(2016). 9.S.L.Zhang&T.Hesjedal.Themagneto-HalldifferenceandtheplanarextraordinaryHallbalance.AIPAdv.6,045019(2016). 8.S.L.Zhang,R.Chalasani,A.A.Baker,N.J.Steinke,A.I.Figueroa,A.Kohn,G.vanderLaan,&T.Hesjedal.EngineeringhelimagnetisminMnSithinfilms.AIPAdv.6,015217(2016). 7.S.L.Zhang,A.A.Baker,S.Komineas,&T.Hesjedal.Topologicalcomputationbasedondirectmagneticlogiccommunication.Sci.Rep.5,15773(2015). 6.S.L.Zhang,A.A.Baker,J.Y.Zhang,G.H.Yu,S.G.Wang,&T.Hesjedal.UniversalMagneticHallCircuitBasedonPairedSpinHeterostructures.Adv.Electron.Mater.1,1400054(2015). 5.S.L.Zhang,J.Y.Zhang,A.A.Baker,S.G.Wang,G.H.Yu&T.Hesjedal.Threedimensionalmagneticabacusmemory.Sci.Rep.4,6109(2014). 4.S.L.Zhang,L.J.Collins-McIntyre,J.Y.Zhang,S.G.Wang,G.H.Yu&T.HesjedalNonvolatilefulladderbasedonasinglemultivaluedHalljunction.SPIN3,1350008(2013). 3.S.L.Zhang,Y.Liu,L.J.Collins-McIntyre,T.Hesjedal,J.Y.Zhang,S.G.Wang&G.H.Yu.ExtraordinaryHallbalance.Sci.Rep.3,2087(2013). 2.S.L.Zhang,J.Teng,J.Y.Zhang,Y.Liu,J.W.Li,G.H.Yu&S.G.Wang.LargeenhancementoftheanomalousHalleffectinCo/PtmultilayerssandwichedbyMgOlayers.Appl.Phys.Lett.97,222504(2010). 1.S.L.Zhang,J.Teng&G.H.Yu.AmethodforfabricatingmaterialswithultrahighanomalousHalleffectsensitivity.ChineseNationalPatentNo.201010500518.3(2010)

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