物理学科Seminar第641讲 全息超导:无粒子图像的有序结构

创建时间:  2023/12/20  龚惠英   浏览次数:   返回

报告题目 (Title):Holographic superconductor: order without particle(全息超导:无粒子图像的有序结构)

报告人 (Speaker):SangJin Sin教授(韩国汉阳大学)

报告时间 (Time):2023年12月22日(周五) 13:00-14:30

报告地点 (Place):校本部 FJ104

邀请人 (Inviter):葛先辉 教授

主办部门:理学院物理系

摘要 (Abstract):

I will describe the symmetry breaking near the quantum critical point, where particle nature are gone due to the strong interaction. The holographic superconductor will be used to demonstrate the typical mechanism of such symmetry breaking. Due to the universality associated with the scale invariance of the underlying QCP, only broken symmetry types are important. According to which symmetry is broken, the fermion Green functions have characteristic features and singularity type. We classify them and get some analytic expressions in the probe limit.

上一条:数学学科Seminar第2618讲 多部竞赛图的类点/弧泛圈性

下一条:数学学科Seminar第2617讲 奇异积分与几何


物理学科Seminar第641讲 全息超导:无粒子图像的有序结构

创建时间:  2023/12/20  龚惠英   浏览次数:   返回

报告题目 (Title):Holographic superconductor: order without particle(全息超导:无粒子图像的有序结构)

报告人 (Speaker):SangJin Sin教授(韩国汉阳大学)

报告时间 (Time):2023年12月22日(周五) 13:00-14:30

报告地点 (Place):校本部 FJ104

邀请人 (Inviter):葛先辉 教授

主办部门:理学院物理系

摘要 (Abstract):

I will describe the symmetry breaking near the quantum critical point, where particle nature are gone due to the strong interaction. The holographic superconductor will be used to demonstrate the typical mechanism of such symmetry breaking. Due to the universality associated with the scale invariance of the underlying QCP, only broken symmetry types are important. According to which symmetry is broken, the fermion Green functions have characteristic features and singularity type. We classify them and get some analytic expressions in the probe limit.

上一条:数学学科Seminar第2618讲 多部竞赛图的类点/弧泛圈性

下一条:数学学科Seminar第2617讲 奇异积分与几何