论文标题
S折磁颤动
S-fold magnetic quivers
论文作者
论文摘要
HIGGS分支的磁Quivers和Hasse图$ r $ 4D $ \ MATHCAL {n} = 2 $ scfts源自$ \ Mathbb {z} _ {\ ell} $ \ Mathcal {s $ \ Mathcal {s s} $ - 折叠构建体。使用三种不同的方法得出磁箭丝：1）使用尺寸，全局对称性和折叠参数$ \ ell $等线索来猜测磁颤动。 2）从6D $ \ MATHCAL {N} =（1,0）$ scfts作为5D边缘理论的紫外线完成，以及其磁颤动的特定FI变形，该变形被$ \ Mathbb {z} _ {\ ell} $进一步折叠。 3）来自6D $ \ MATHCAL {n} =（1,0）$ scfts的T型IIA Brane Systems的T-偶型，以及由此产生的Brane Web的显式质量变形，然后是$ \ Mathbb {z} _ {\ ell} $折叠。在长节点上或短节点上选择Ungaig方案的选择可产生两个不同的模量空间与Orbifold动作相关，因此在四个维度上表明，在四个维度上比以前预期的SCFT更大。
Magnetic quivers and Hasse diagrams for Higgs branches of rank $r$ 4d $\mathcal{N}=2$ SCFTs arising from $\mathbb{Z}_{\ell}$ $\mathcal{S}$-fold constructions are discussed. The magnetic quivers are derived using three different methods: 1) Using clues like dimension, global symmetry, and the folding parameter $\ell$ to guess the magnetic quiver. 2) From 6d $\mathcal{N}=(1,0)$ SCFTs as UV completions of 5d marginal theories, and specific FI deformations on their magnetic quiver, which is further folded by $\mathbb{Z}_{\ell}$. 3) From T-duality of Type IIA brane systems of 6d $\mathcal{N}=(1,0)$ SCFTs and explicit mass deformation of the resulting brane web followed by $\mathbb{Z}_{\ell}$ folding. A choice of the ungauging scheme, either on a long node or on a short node, yields two different moduli spaces related by an orbifold action, thus suggesting a larger set of SCFTs in four dimensions than previously expected.
