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The Novikov conjecture, the group of diffeomorphisms and continuous fields of Hilbert-Hadamard spaces
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abstract
In this paper, we prove the Novikov conjecture for a class of highly non-linear groups, namely discrete subgroups of the diffeomorphism group of a compact smooth manifold. This removes the volume-preserving condition in a previous work. This result is proved by studying operator $K$-theory and group actions on continuous fields of infinite dimensional non-positively curved spaces.
Forward citations
Cited by 3 Pith papers
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Embedding complexity into the universal Banach space and the strong Novikov conjecture
The strong Novikov conjecture holds for countable discrete groups admitting a finite-complexity coarse embedding into an ℓ2-direct sum of property(H) Banach spaces.
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The Baum-Connes and the Mishchenko-Kasparov assembly maps for group extensions
For group extensions, injectivity, surjectivity and isomorphism of the Baum-Connes assembly map, and rational injectivity of the Mishchenko-Kasparov map, pass from quotient and fiber pieces to the whole group under ex...
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Hilbert-Hadamard spaces and the equivariant coarse Novikov conjecture
If a proper Γ-space with equivariant bounded geometry equivariantly and coarsely embeds into an admissible Hilbert-Hadamard space, then the rational analytic equivariant coarse Novikov conjecture holds.
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