首页> 外文期刊>Journal of pure and applied algebra >Components of Springer fibers associated to closed orbits for the symmetric pairs (Sp(2n), Sp(2p)×Sp(2q)) and (SO(2n), GL(n)) I
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Components of Springer fibers associated to closed orbits for the symmetric pairs (Sp(2n), Sp(2p)×Sp(2q)) and (SO(2n), GL(n)) I

机译:与对称对(Sp(2n),Sp(2p)×Sp(2q))和(SO(2n),GL(n))I的封闭轨道相关的Springer光纤的分量I

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摘要

For the pairs of complex reductive groups (G, K)=(Sp(2n), Sp(2p)×Sp(2q)) and (SO(2n), GL(n)) components of Springer fibers associated to closed K-orbits in the flag variety B of G are described. The closed K-orbits in B correspond to discrete series representations of GR=Sp(p, q) and SO*(2n). We give an algorithm to compute the associated variety, the closure of a nilpotent K-orbit K{dot operator}f, of each discrete series representation and we describe the structure of the corresponding component of the Springer fiber μ-1(f). The description of these components has applications to the computation of associated cycles of discrete series representations; this is the topic of the sequel to the present article.
机译:对于成对的复杂还原基团对(G,K)=(Sp(2n),Sp(2p)×Sp(2q))和(SO(2n),GL(n))与闭合K-相关的施普林格纤维组分描述了G的标志品种B中的轨道。 B中的闭合K轨道对应于GR = Sp(p,q)和SO *(2n)的离散序列表示。我们给出了一种算法,用于计算每个离散序列表示形式的相关变体,幂等K轨道K {dot算子} f的闭合,并描述了Springer光纤μ-1(f)的相应组件的结构。这些组件的描述适用于离散序列表示形式的相关循环的计算。这是本文续篇的主题。

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