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Towards the $K(2)$-local homotopy groups of $Z$

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arxiv 1706.06170 v3 pith:MLRT3H36 submitted 2017-06-19 math.AT

classification math.AT
keywords homotopylocalmathcalspectrawidetildedifferentialsextensionsgroups
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abstract

Recently we introduced a class $\widetilde{\mathcal{Z}}$ of $2$-local finite spectra and showed that all spectra $Z\in \widetilde{\mathcal{Z}}$ admit a $v_2$-self-map of periodicity $1$. The aim of this article is to compute the $K(2)$-local homotopy groups $\pi_*L_{K(2)}Z$ of all spectra $Z \in \widetilde{\mathcal{Z}}$ using a homotopy fixed point spectral sequence, and we give an almost complete computation. The incompleteness lies in the fact that we are unable to eliminate one family of $d_3$-differentials and a few potential hidden extensions, though we conjecture that all these differentials and hidden extensions are trivial.

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Cited by 1 Pith paper

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  1. An Orientation Map for Height p-1 Real E Theory

    math.AT 2019-08 conditional novelty 7.0 of 10

    Every connective spectrum with mod p homology in degrees divisible by 2p-2 has algebraic EO theory, yielding an EO-orientation for MY_{4p-4} and answering Hovey and Ravenel's question.

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