物理学科Seminar第440讲 Staggered fluxes for Bose Hubbard model in two-leg ladder configuration

创建时间:  2018/10/18  龚惠英   浏览次数:   返回

报告题目(Title):Staggered fluxes for Bose Hubbard model in two-leg ladder configuration
报 告 人(Speaker):Friederike Metz研究生(日本冲绳科学技术研究所)
报告时间(Time):2018年10月25 日(周四)  8:30
报告地点(Place):校本部G309
邀请人(inviter):陈玺、 张永平
报告摘要(Abstract):
Ultracold bosons in two-legged latter systems are a fundamental model to understand the physics of larger systems. Here I will present our work on the ground state properties of such a system under the influence of an artificial staggered magnetic flux. I will show how to calculate the order parameters of the arising superfluid phases and find the full phase diagram, which is obtained analytically through the Landau theory of phase transitions and numerically through a Cluster-mean-field theory. Finally, I will show that the experimental signatures of the superfluids is given by the chiral currents.

上一条:物理学科Seminar第441讲 Quench dynamics of two-particle systems with synthetic spin-orbit coupling

下一条:数学系Seminar第1699期 Recent progress on hp-version Galerkin and spectral collocation time-stepping methods for initial problems


物理学科Seminar第440讲 Staggered fluxes for Bose Hubbard model in two-leg ladder configuration

创建时间:  2018/10/18  龚惠英   浏览次数:   返回

报告题目(Title):Staggered fluxes for Bose Hubbard model in two-leg ladder configuration
报 告 人(Speaker):Friederike Metz研究生(日本冲绳科学技术研究所)
报告时间(Time):2018年10月25 日(周四)  8:30
报告地点(Place):校本部G309
邀请人(inviter):陈玺、 张永平
报告摘要(Abstract):
Ultracold bosons in two-legged latter systems are a fundamental model to understand the physics of larger systems. Here I will present our work on the ground state properties of such a system under the influence of an artificial staggered magnetic flux. I will show how to calculate the order parameters of the arising superfluid phases and find the full phase diagram, which is obtained analytically through the Landau theory of phase transitions and numerically through a Cluster-mean-field theory. Finally, I will show that the experimental signatures of the superfluids is given by the chiral currents.

上一条:物理学科Seminar第441讲 Quench dynamics of two-particle systems with synthetic spin-orbit coupling

下一条:数学系Seminar第1699期 Recent progress on hp-version Galerkin and spectral collocation time-stepping methods for initial problems