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Multiplicative structures on Moore spectra
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abstract
In this article we show that $\mathbb{S}/8$ is an $\mathbb{E}_1$-algebra, $\mathbb{S}/32$ is an $\mathbb{E}_2$-algebra, $\mathbb{S}/p^{n+1}$ is an $\mathbb{E}_n$-algebra at odd primes and, more generally, for every $h$ and $n$ there exist generalized Moore spectra of type $h$ which admit an $\mathbb{E}_n$-algebra structure.
Forward citations
Cited by 4 Pith papers
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On higher real $K$-theories and finite spectra
At the prime 2, the connective higher real K-theories eo_h are shown to be fp spectra of type h, which implies a divisibility constraint on Euler characteristics and a new obstruction to generalized Moore spectra.
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Higher Semiadditive Character Theory
Every ∞-commutative monoid has a universal (n−t)-fold semiadditive character that blue-shifts height, recovers the transchromatic character on Morava E-theory, and computes L_Q(S^A_{K(n)}) via GL_{n−t}(Z_p)-fixed points.
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An obstruction to lifting schemes to spectral schemes
A scheme over Z lifts to a spectral scheme over S only if it carries a compatible ˆδ-structure; this obstruction is functorial and kills lifts of rings of integers, Ga, GLn and many closed subschemes of Pn.
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Periodic phenomena in stable motivic homotopy theory
A survey of periodic phenomena in stable motivic homotopy theory, organizing known motivic Adams spectral sequence computations and open problems; no new theorem is proven.
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