2006•Canadian Mathematical BulletinOpen access

Homotopy Equivalence and Groups of Measure-Preserving Homeomorphisms

Ricardo Berlanga

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Abstract

Abstract It is shown that the group of compactly supported, measure-preserving homeomorphisms of a connected, second countable manifold is locally contractible in the direct limit topology. Furthermore, this group is weakly homotopically equivalent to the more general group of compactly supported homeomorphisms.

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Abstract It is shown that the group of compactly supported, measure-preserving homeomorphisms of a connected, second countable manifold is locally contractible in the direct limit topology. Furthermore, this group is weakly homotopically equivalent to the more general group of compactly supported homeomorphisms.

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Available abstract

Abstract It is shown that the group of compactly supported, measure-preserving homeomorphisms of a connected, second countable manifold is locally contractible in the direct limit topology. Furthermore, this group is weakly homotopically equivalent to the more general group of compactly supported homeomorphisms.

Key concepts: Mathematics, Contractible space, Homotopy, Countable set, Pure mathematics, Equivalence (formal languages), Measure (data warehouse), Fundamental group

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