Characterizing non-separable sigma-locally compact infinite-dimensional manifolds and its applications

  • Koshino Katsuhisa
    Doctoral Program in Mathematics, Graduate School of Pure and Applied Sciences, University of Tsukuba

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For an infinite cardinal τ, let ℓ2f(τ) be the linear span of the canonical orthonormal basis of the Hilbert space ℓ2(τ) of weight = τ. In this paper, we give characterizations of topological manifolds modeled on ℓ2f(τ) and ℓ2f(τ) × Q, where Q = [−1,1] is the Hilbert cube. We denote the full simplicial complex of cardinality = τ and the hedgehog of weight = τ by Δ(τ) and J(τ), respectively. Using our characterization of ℓ2f(τ), we prove that both the metric polyhedron of Δ(τ) and the space<br>   J(τ)f = {xJ(τ) | x(n) = 0 except for finitely many n ∈ ℕ}<br>are homeomorphic to ℓ2f(τ).

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