$C_{p^n}$-equivariant Mahowald invariants

Fuente: arXiv
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Main Authors: Balderrama, William, Hou, Yueshi, Zhang, Shangjie
Format: Preprint
Published: 2024
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author Balderrama, William
Hou, Yueshi
Zhang, Shangjie
author_facet Balderrama, William
Hou, Yueshi
Zhang, Shangjie
contents We introduce the $C_{p^n}$-Mahowald invariant: a relation $π_\star S_{C_{p^{n-1}}} \rightharpoonup π_\ast S$ between the equivariant and classical stable stems which reduces to the classical Mahowald invariant when $n=1$. We compute the $C_{p^n}$-Mahowald invariants of all elements in the Burnside ring $A(C_{p^{n-1}}) = π_0 S_{C_{p^{n-1}}}$, extending Mahowald and Ravenel's computation of $M_{C_p}(p^k)$. As a consequence, we determine the image of the $C_p$-geometric fixed point map $Φ^{C_p} : π_V S_{C_{p^n}} \to π_0 S_{C_{p^n}/C_p} \cong A(C_{p^{n-1}})$ when $V$ is fixed point free, extending classical theorems of Bredon, Landweber, and Iriye for $n=1$.
format Preprint
id arxiv_https___arxiv_org_abs_2411_00421
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle $C_{p^n}$-equivariant Mahowald invariants
Balderrama, William
Hou, Yueshi
Zhang, Shangjie
Algebraic Topology
We introduce the $C_{p^n}$-Mahowald invariant: a relation $π_\star S_{C_{p^{n-1}}} \rightharpoonup π_\ast S$ between the equivariant and classical stable stems which reduces to the classical Mahowald invariant when $n=1$. We compute the $C_{p^n}$-Mahowald invariants of all elements in the Burnside ring $A(C_{p^{n-1}}) = π_0 S_{C_{p^{n-1}}}$, extending Mahowald and Ravenel's computation of $M_{C_p}(p^k)$. As a consequence, we determine the image of the $C_p$-geometric fixed point map $Φ^{C_p} : π_V S_{C_{p^n}} \to π_0 S_{C_{p^n}/C_p} \cong A(C_{p^{n-1}})$ when $V$ is fixed point free, extending classical theorems of Bredon, Landweber, and Iriye for $n=1$.
title $C_{p^n}$-equivariant Mahowald invariants
topic Algebraic Topology
url https://arxiv.org/abs/2411.00421