论文标题
$ d = 5 $最小超级重力的大量IIA型嵌入式
A plethora of Type IIA embeddings for $d=5$ minimal supergravity
论文作者
论文摘要
我们将所有解决方案的多个嵌入$ d = 5 $最小（联合国）的超级重力构造成大量的IIA超级重力。此类嵌入的内部空间和经感与$ \ Mathcal {n} = 1 $ supersymmetric（Mink $ _5 $）ADS $ _5 $ vacua相同，并略微修改U（1）R-Mysmetry Decient在外部空间上由$ d = 5 $ dememeper of External Space启动。另外，磁通量进行了适当的修改。上述内部空间有许多不同的类型，因此，$ d = 5 $超级的许多不同的嵌入。作为我们的设置的示例，我们提供了新的解决方案至六维的双重，$ \ Mathcal {n} =（1,0）$ scfts在恒定的曲率Riemann表面和主轴的乘积上被压缩。我们还提供了多种大型的IIA型嵌入，用于旋转，渐近广告$ _5 $ Black Hole Solutions。
We construct multiple embeddings of all solutions of $d=5$ minimal (un)gauged supergravity into massive Type IIA supergravity. The internal spaces and warpings of such embeddings are the same as those of the $\mathcal{N}=1$ supersymmetric (Mink$_5$) AdS$_5$ vacua, with the slight modification that the U(1) R-symmetry direction becomes fibered over the external space by the $d=5$ gauge field. In addition the fluxes are appropriately modified. There are many distinct types of the aforementioned internal spaces and as such many different embeddings of the $d=5$ supergravity. As examples of our setup we provide new solutions dual to six-dimensional, $\mathcal{N}=(1,0)$ SCFTs compactified on the product of a constant curvature Riemann surface and a spindle. We also provide a multitude of massive Type IIA embeddings for rotating, asymptotically AdS$_5$ black hole solutions.
