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Type: Article
The Alexander method for infinite-type surfaces
Abstract:
We prove that for any infinite-type orientable surface S, there exists a collection of essential curves ? in S such that any homeomorphism that preserves the isotopy classes of the elements of ? is isotopic to the identity. The collection ? is countable and has an infinite complement in C(S), the curve complex of S. As a consequence, we obtain that the natural action of the extended mapping class group of S on C(S) is faithful.
We prove that for any infinite-type orientable surface S, there exists a collection of essential curves ? in S such that any homeomorphism that preserves the isotopy classes of the elements of ? is isotopic to the identity. The collection ? is countable and has an infinite complement in C(S), the curve complex of S. As a consequence, we obtain that the natural action of the extended mapping class group of S on C(S) is faithful.
MSC: 20F65 (57M07)
Journal: Michigan Mathematical Journal
ISSN: 1945-2365
Year: 2019
Volume: 68
Number: 4
Pages: 743-753



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