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Spanier–Whitehead duality in the 𝐾(2)-local category at 𝑝=2
Proceedings of the American Mathematical Society ( IF 0.8 ) Pub Date : 2020-09-04 , DOI: 10.1090/proc/15078
Irina Bobkova

Abstract:The fixed point spectra of Morava $ E$-theory $ E_n$ under the action of finite subgroups of the Morava stabilizer group $ \mathbb{G}_n$, and their $ K(n)$-local Spanier-Whitehead duals can be used to approximate the $ K(n)$-local sphere in certain cases. For any finite subgroup $ F$ of $ \mathbb{G}_2$ at $ p=2$ we prove that the $ K(2)$-local Spanier-Whitehead dual of the spectrum $ E_2^{hF}$ is $ \Sigma ^{44}E_2^{hF}$. These results are analogous to the known results at height 2 and $ p=3$. The main computational tool we use is the topological duality resolution spectral sequence for the spectrum $ E_2^{h\mathbb{S}_2^1}$ at $ p=2$.


中文翻译:

ni(2)-局部类别中,-= 2时的Spanier-Whitehead对偶

摘要:摩拉瓦的固定点的光谱$ E $-理论$ E_n $摩拉瓦稳定剂组的有限子群的作用下,和它们的-local斯巴涅尔-白石偶可以用来近似在某些情况下-local球体。对于at的任何有限子组,我们证明-频谱的-Spanier-Whitehead对偶是。这些结果类似于高度2和处的已知结果。我们使用的主要计算工具是频谱的拓扑偶分解谱序列的。 $ \ mathbb {G} _n $$ K(n)$$ K(n)$$ F $ $ \ mathbb {G} _2 $$ p = 2 $$ K(2)$$ E_2 ^ {hF} $ $ \ Sigma ^ {44} E_2 ^ {hF} $$ p = 3 $ $ E_2 ^ {h \ mathbb {S} _2 ^ 1} $$ p = 2 $
更新日期:2020-11-09
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