个人简历

2011年7月博士毕业后先后在德国Augsburg大学和马普复杂系统所从事博士后研究（主要合作者有DanielBraak博士，MarcusKollar博士和MasudulHaque博士），2015年12月获聘闽江学者，进入福建师范大学工作。研究领域有玻色-爱因斯坦凝聚体的非线性动力学，量子少体与多体系统的动力学，严格可解模型，费米子波函数的结构等。主要工作有：（1）发现了一个2粒子系统的半可解性及其中的奇异束缚态，并首次将Prony算法用于检验一个波函数是否可写成BetheAnsatz形式；（2）发现了Bloch波的奇异动力学演化，并找到背后的动力学严格可解的类Luttinger模型；（3）给出了一个构建一个费米子波函数最佳Slater逼近的数值算法，并完整证明了Borland-Dennis发现；（4）给出了费米黄金规则的一个简单干净的推导；（5）给出了做严格对角化的一个一般策略。
现为硕士生导师，欢迎有想法有个性的同学报考，尤其欢迎报考著名高校的优秀考生调剂。
迄今发表文章有：
J.M.ZhangandY.Liu,DynamicalFriedeloscillationsinaFermisea,Phys.Rev.B97,075151(2018).
J.M.ZhangandY.Liu,WitnessingaPoincarérecurrencewithMathematica,ResultsinPhysics7,3373(2017).
J.M.ZhangandY.Liu,GeometricentanglementintheLaughlinwavefunction,NewJ.Phys.19,083019(2017).
J.M.ZhangandN.J.Mauser,OptimalSlater-determinantapproximationoffermionicwavefunctions,Phys.Rev.A94,032513(2016).
J.M.ZhangandH.T.Yang,SuddenjumpsandplateausinthequenchdynamicsofaBlochstate,EPL116,10008(2016).
J.M.ZhangandY.Liu,Fermi’sgoldenrule:itsderivationandbreakdownbyanidealmodel,Eur.J.Phys.37,065406(2016).
J.M.ZhangandH.T.Yang,CuspsinthequenchdynamicsofaBlochstate,EPL114,60001(2016).
J.M.ZhangandM.Haque,Nonsmoothandlevel-resolveddynamicsillustratedwithaperiodicallydriventight-bindingmodel,ScienceOpenResearch2014(DOI:10.14293/S2199-1006.1.SOR-PHYS.A2CEM4.v1).
D.Braak,J.M.Zhang,andM.Kollar,Integrabilityandweakdiffractioninatwo-particleBose-Hubbardmodel,J.Phys.A:Math.Theor.47,465303(2014).
J.M.ZhangandMarcusKollar,OptimalmulticonfigurationapproximationofanN-fermionwavefunction,Phys.Rev.A89,012504(2014).
B.J.WuandJ.M.Zhang*,SchrodingercatstatespreparedbyBlochoscillationinaspin-dependentopticallattice,ScienceChinaPhysics,Mechanics&Astronomy56,1810(2013).
J.M.Zhang,DanielBraak,andMarcusKollar,Boundstatesintheone-dimensionaltwo-particleHubbardmodelwithanimpurity,Phys.Rev.A87,023613(2013).
J.M.Zhang,DanielBraak,andMarcusKollar,BoundStatesintheContinuumRealizedintheOneDimensionalTwo-ParticleHubbardModelwithanImpurity,Phys.Rev.Lett.109,116405(2012).
J.M.Zhang,F.C.Cui,andJiangpingHu,DynamicalpredictivepowerofthegeneralizedGibbsensemblerevealedinasecondquench,Phys.Rev.E85,041138(2012).
L.Wen,W.M.Liu,YongyongCai?,J.M.Zhang*,andJiangpingHu*,Controllingphaseseparationofatwo-componentBose-Einsteincondensatebyconfinement,Phys.Rev.A85,043602(2012).
J.M.Zhang,C.Shen,andW.M.Liu,Strongthermalizationofthetwo-componentBose-Hubbardmodelatfinitetemperatures,Phys.Rev.A85,013637(2012).
J.M.Zhang,C.Shen,andW.M.Liu,QuantumquenchdynamicsoftheBose-Hubbardmodelatfinitetemperatures,Phys.Rev.A83,063622(2011).
JinwuYe,J.M.Zhang,W.M.Liu,KeyeZhang,YanLi,andWeipingZhang,Light-scatteringdetectionofquantumphasesofultracoldatomsinopticallattices,Phys.Rev.A83,051604(2011)
J.M.ZhangandW.M.Liu,DirectedcoherenttransportduetotheBlochoscillationintwodimensions,Phys.Rev.A82,025602(2010).
J.M.ZhangandR.X.Dong,Exactdiagonalization:theBose-Hubbardmodelasanexample,EuropeanJournalofPhysics31,591(2010).
J.M.Zhang,S.Cui,H.Jing,D.L.Zhou,andW.M.Liu,Probingthequantumgroundstateofaspin-1Bose-Einsteincondensatewithcavitytransmissionspectra,Phys.Rev.A80,043623(2009).
J.M.Zhang,F.C.Cui,D.L.Zhou,andW.M.Liu,Nonlineardynamicsofacigar-shapedBose-Einsteincondensateinanopticalcavity,Phys.Rev.A79,033401(2009).
J.M.Zhang,W.M.Liu,andD.L.Zhou,Mean-fielddynamicsofaBoseJosephsonjunctioninanopticalcavity,Phys.Rev.A78,043618(2008).
J.M.Zhang,W.M.Liu,andD.L.Zhou,CavityQEDwithcoldatomstrappedinadouble-wellpotential,Phys.Rev.A77,033620(2008).
J.M.ZhangandS.Hao,AnewproofoftheDarbouxtheorem,StudiesInCollegeMathematics(Supplement,2005).

研究领域

从事冷原子方面的研究