Isomorphic classification of projective tensor products of spaces of continuous functions

Fuente: arXiv
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Main Authors: Causey, R. M., Galego, E., Samuel, C.
Format: Preprint
Published: 2022
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author Causey, R. M.
Galego, E.
Samuel, C.
author_facet Causey, R. M.
Galego, E.
Samuel, C.
contents We prove that for infinite, countable, compact, Hausdorff spaces $K,L$, $C(K)\widehat{\otimes}_πC(L)$ is isomorphic to exactly one of the spaces $C(ω^{ω^ξ})\widehat{\otimes}_πC(ω^{ω^ζ})$, $0\leqslant ζ\leqslant ξ<ω_1$. We also prove that $C(K)\widehat{\otimes}_πC(L)$ is not isomorphic to $C(M)$ for any compact, Hausdorff space $M$.
format Preprint
id arxiv_https___arxiv_org_abs_2201_08271
institution arXiv
publishDate 2022
record_format arxiv
spellingShingle Isomorphic classification of projective tensor products of spaces of continuous functions
Causey, R. M.
Galego, E.
Samuel, C.
Functional Analysis
We prove that for infinite, countable, compact, Hausdorff spaces $K,L$, $C(K)\widehat{\otimes}_πC(L)$ is isomorphic to exactly one of the spaces $C(ω^{ω^ξ})\widehat{\otimes}_πC(ω^{ω^ζ})$, $0\leqslant ζ\leqslant ξ<ω_1$. We also prove that $C(K)\widehat{\otimes}_πC(L)$ is not isomorphic to $C(M)$ for any compact, Hausdorff space $M$.
title Isomorphic classification of projective tensor products of spaces of continuous functions
topic Functional Analysis
url https://arxiv.org/abs/2201.08271