【摘 要】
：
We discuss the general pairing physics in ultra-cold Fermi gases under synthetic spin-orbit coupling(SOC).With SOC-modified single-particle dispersions,vari
【出 处】
：
The 6th International Symposium on Cold Atom Physics(第六届冷原子物
论文部分内容阅读
We discuss the general pairing physics in ultra-cold Fermi gases under synthetic spin-orbit coupling(SOC).With SOC-modified single-particle dispersions,various forms of SOC in different spatial dimensions can give rise to a wealth of exotic superfluid phases.Notable examples include the topological superfluid,novel gapless superfluid,SOC-induced Fulde-Ferrell state,topological Fulde-Ferrell state,etc.With these understandings,we further demonstrate an experimentally relevant system of a three-component Fermi gas.By choosing appropriate forms of SOC and interaction,we show that the system may acquire highly non-trivial properties.
其他文献
精密GPS动态测量能实时的或事后给用户提供高精度的位置、速度、加速度、姿态和时间信息，它在陆地、海面或航空中的导航和测量应用越来越广泛。本论文针对GPS动态定位的现状和
The quantum gas of ultra-cold atoms provides a resource for studying aspects of quantum simulation in condensed-matter and many-body physics, quantum and precis
There are two types of fundamental phenomena on universality in physics.One is the well-known universal critical phenomenon near a phase transition.The othe
海洋垂直基准的精确确定是海洋测绘基本任务之一。卫星测高技术提供了一个观测海洋表面及其动态变化的新手段，为海洋垂直基准的建立提供了基础数据。 南海属深边缘海，具有十
随着我国经济的快速增长，地铁建设发展迅速。在众多因素的影响下，地铁建设以及后期运营阶段会产生变形问题，因此对地铁进行变形监测以及沉降预测研究是一份十分重要的工作。
Recently,a mixture of superfluids of bosonic atoms and fermion pairs has been realized in ENS group and the collective excitation has been studied.In this s
Research on ultra-cold molecules has received much attention in the last decade due to important advances and potentially new applications in several domain
目的研究中华猕猴桃根醇提物(ethanol extract from Radix ofActinidia chinensis,EERAC)及吴茱萸碱(Evodiamine,Evo)单体对培养的人结肠癌细胞SW480细胞的体外抗肿瘤作用,探讨其对人结肠癌细胞的CCR7表达的调节作用及机制。方法采用乙醇回流提取法得到猕猴桃根的乙醇提取物,MTT比色法和生长曲线法检测EERAC及Evo对SW480细胞的
二十一世纪以来，随着计算机技术迅猛发展以及全球化数字地球的迫切需求，很多国内外学者把研究方向定位在三维可视化技术上，地质体三维可视化研究就是其中重要的一部分。目前，通过
随着煤炭资源的持续开采利用，使得地表沉陷以及环境灾害问题随着时间日趋严重。为解放厚松散层下压煤，降低村庄搬迁、充填开采经济损耗问题，条带开采是一种行之有效的绿色开采方