Supersymmetric branes in AdS2 × S2 × CY3
Supersymmetric branes in AdS2 × S2 × CY3
复制标题
AdS2 × S2 × CY3 中的超对称大脑
作者：
A. Simons;A. Strominger;D. Thompson;Xi Yin
带磁电电荷pI的Calabi-Yau黑洞近视界吸引子几何超对称膜构型问题考虑qI。半bps （Bogomol 'nyiPrasad-Sommerfield）构型，对于某些全局AdS2坐标的选择是静态的，被发现用于基本上具有任何四维电荷uI的包裹膜构型；6。只要它们的电荷与黑洞电荷的辛内积pvI uqI具有相同的符号，那么对于任何缠绕膜的集合也可以找到半bps多膜构型。这与闵可夫斯基问题形成对比，在闵可夫斯基问题中，相互保持的超对称要求所有电荷向量对齐。膜在全局AdS2中的径向位置由其中心电荷的相位决定。
1550-7998=20 The problem of finding supersymmetric brane configurations in the near-horizon attractor geometry of a Calabi-Yau black hole with magnetic-electric charges pI; qI is considered. Half-BPS (Bogomol’nyiPrasad-Sommerfield) configurations, which are static for some choice of global AdS2 coordinate, are found for wrapped brane configurations with essentially any four-dimensional charges uI; vI . Half-BPS multibrane configurations can also be found for any collection of wrapped branes provided they all have the same sign for the symplectic inner product pvI uqI of their charges with the black hole charges. This contrasts with the Minkowski problem for which a mutually preserved supersymmetry requires alignment of all the charge vectors. The radial position of the branes in global AdS2 is determined by the phase of their central charge.