李斯文 - 大连海事大学

个人简介

李斯文理论物理，讲师/硕士生导师教育背景复旦大学博士后（2016-2018）中国科学技术大学理学博士（2010-2016）南昌大学理学学士（2006-2010）

研究领域

AdS/CFTcorrespondence,gauge-gravityduality,stringtheoryandnuclear physics IamcurrentlyinterestedinthetopicsaboutAdS/CFTcorrespondence,applicationsofstringtheoryandgauge-gravitydualityinnuclearphysics,to studythequantumeffectofgravityandunderstandthevariousphenomenain QCDholographically.

近期论文

查看导师新发文章（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

1)Si-wenLi,.Thetheta-dependentYang-Millstheoryatfinitetemperatureina holographicdescription,ChinesePhysicsC(SCI,Q1).2)Si-wenLi,Holographicdescriptionofheavy-flavoredbaryonicmatterdecay involvingglueball,Phys.Rev.D99(2019)no.4,046013,(SCI,Q1).3)Zi-YongGe;Yu-RanZhang;TaoLiu;Si-WenLi;HengFan;Franco Nori,Topologicalbandtheoryfornon-HermitiansystemsfromtheDirac equation,Phys.Rev.B100(2019)no.5,054105（SCI,Q1）.4)Si-wenLi,Theinteractionofglueballandheavy-lightflavouredmesonin holographicQCD,[arXiv:1809.10379].5)WenheCai;Si-wenLi,HolographicthreeflavorbaryonintheWitten–Sakai–SugimotomodelwiththeD0–D4background,Eur.Phys.J.C78(2018) no.6,446（SCI,Q1）. 6)Si-wenLi;ShuLin,D-instantonsinRealTimeDynamics,Phys.Rev.D98 (2018)no.6,066002（SCI,Q1）.7)Si-wenLi,Holographicheavy-baryonsintheWitten-Sakai-Sugimotomodel withtheD0-D4background,Phys.Rev.D96(2017)no.10,106018（SCI,Q1）.8)WenheCai;Kang-leLi;Si-wenLi,ElectromagneticinstabilityandSchwinger effectinholographicQCDwithatopologicalcharge,Eur.Phys.J.C79(2019) no.11,904（SCI,Q1）.9)WenheCai;Si-wenLi,SoundwavesinthecompactifiedD0-D4branesystem,Phys.Rev.D94(2016)no.6,066012（SCI,Q1）.10)Si-wenLi,;TuoJia,DynamicallyflavoreddescriptionofholographicQCDin thepresenceofamagneticfield,Phys.Rev.D96(2017)no.6,066032（SCI,Q1）.11)Si-wenLi,;TuoJia,Three-bodyforceforbaryonsfromtheD0-D4/D8brane matrixmodel,Phys.Rev.D93(2016)no.6,065051（SCI,Q1）.12)Si-wenLi,Glueball–baryoninteractionsinholographicQCD,Phys.Lett.B773(2017)142-149（SCI,Q2）.13)Si-wenLi;TuoJia,MatrixmodelandHolographicBaryonsintheD0-D4 background,Phys.Rev.D92(2015)no.4,046007（SCI,Q1）.Si-wenLi;AndreasSchmitt;QunWang,Fromholographytowardsreal-world nuclearmatter,Phys.Rev.D92(2015)no.2,026006（SCI,Q1）

学术兼职

Journalofhighenergyphysics,