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Symmetric sequence subspaces of C(α), II
Published online by Cambridge University Press: 20 November 2018
Abstract
If $\alpha$ is an ordinal, then the space of all ordinals less than or equal to
$\alpha$ is a compact Hausdorff space when endowed with the order topology. Let
$C(\alpha )$ be the space of all continuous real-valued functions defined on the ordinal interval
$[0,\,\alpha ]$. We characterize the symmetric sequence spaces which embed into
$C(\alpha )$ for some countable ordinal
$\alpha$. A hierarchy
$\left( {{E}_{\alpha }} \right)$ of symmetric sequence spaces is constructed so that, for each countable ordinal
$\alpha$,
${{E}_{\alpha }}$ embeds into
$C\left( {{\omega }^{{{\omega }^{\alpha }}}} \right)$, but does not embed into
$C\left( {{\omega }^{{{\omega }^{\beta }}}} \right)$ for any
$\beta \,<\,\alpha$.
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- Research Article
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- Copyright © Canadian Mathematical Society 1999