2016•Transactions of the American Mathematical SocietyOpen access

Contractible 3-manifolds and the double 3-space property

Dennis J. Garity, Dusan D. Repovs, David G. Wright

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Abstract

Gabai showed that the Whitehead manifold is the union of two submanifolds each of which is homeomorphic to R 3 \mathbb R^3 and whose intersection is again homeomorphic to R 3 \mathbb R^3 . Using a family of generalizations of the Whitehead Link, we show that there are uncountably many contractible 3-manifolds with this double 3-space property. Using a separate family of generalizations of the Whitehead Link and using an extension of interlacing theory, we also show that there are uncountably many contractible 3-manifolds that fail to have this property.

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Gabai showed that the Whitehead manifold is the union of two submanifolds each of which is homeomorphic to R 3 \mathbb R^3 and whose intersection is again homeomorphic to R 3 \mathbb R^3 . Using a family of generalizations of the Whitehead Link, we show that there are uncountably many contractible 3-manifolds with this double 3-space property. Using a separate family of generalizations of the Whitehead Link and using an extension of interlacing theory, we also show that there are uncountably many contractible 3-manifolds that fail to have this property.

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Available abstract

Gabai showed that the Whitehead manifold is the union of two submanifolds each of which is homeomorphic to R 3 \mathbb R^3 and whose intersection is again homeomorphic to R 3 \mathbb R^3 . Using a family of generalizations of the Whitehead Link, we show that there are uncountably many contractible 3-manifolds with this double 3-space property. Using a separate family of generalizations of the Whitehead Link and using an extension of interlacing theory, we also show that there are uncountably many contractible 3-manifolds that fail to have this property.

Key concepts: Contractible space, Mathematics, Property (philosophy), Pure mathematics, Space (punctuation), Epistemology, Linguistics, Philosophy

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