AbstractThe C0 coarse structure on a metric space is a refinement of the bounded structure and is closely related to the topology of the space. In this paper we will prove the C0 version of the coarse Baum–Connes conjecture and show that K*(C*X0) is a topological invariant for a broad class of metric spaces. Using this result we construct a ‘geometric’ obstruction group to the coarse Baum–Connes conjecture for the bounded coarse structure. We then show under the assumption of finite asymptotic dimension that the obstructions vanish, and hence we obtain a new proof of the coarse Baum–Connes conjecture in this context
Inverse semigroups provide a natural way to encode combinatorial data from geometric settings. Examp...
In this paper we introduce an alternative form of coarse geometry on proper metric spaces, which is ...
FOLLOWING John Roe in his Lectures on Coarse Geometry, we begin by describing the large-scale struct...
The C0 coarse structure on a metric space is a refinement of the bounded structure and is closely re...
AbstractThe C0 coarse structure on a metric space is a refinement of the bounded structure and is cl...
AbstractTo every discrete metric space with bounded geometry X we associate a groupoid G(X) for whic...
International audienceGiven a (not necessarily discrete) proper metric space M with bounded geometry...
The central idea of coarse geometry is to focus on the properties of metric spaces which survive und...
Abstract. We present a new approach to studying expander sequences with large girth, providing new g...
Miller, Stibich and Moore developed a set-valued coarse invariant σ (X, ξ) of pointed metric spaces...
Coarse geometry is the study of spaces (particularly metric spaces) from a 'large scale' point of vi...
This is a survey on coarse geometry with an emphasis on coarse homology theories.Comment: 16.p, Invi...
AbstractIn this paper we introduce an alternative form of coarse geometry on proper metric spaces, w...
This paper is an addendum to the author's previous paper ["A nonstandard invariant of coarse spaces,...
AbstractWe introduce the group-compact coarse structure on a Hausdorff topological group in the cont...
Inverse semigroups provide a natural way to encode combinatorial data from geometric settings. Examp...
In this paper we introduce an alternative form of coarse geometry on proper metric spaces, which is ...
FOLLOWING John Roe in his Lectures on Coarse Geometry, we begin by describing the large-scale struct...
The C0 coarse structure on a metric space is a refinement of the bounded structure and is closely re...
AbstractThe C0 coarse structure on a metric space is a refinement of the bounded structure and is cl...
AbstractTo every discrete metric space with bounded geometry X we associate a groupoid G(X) for whic...
International audienceGiven a (not necessarily discrete) proper metric space M with bounded geometry...
The central idea of coarse geometry is to focus on the properties of metric spaces which survive und...
Abstract. We present a new approach to studying expander sequences with large girth, providing new g...
Miller, Stibich and Moore developed a set-valued coarse invariant σ (X, ξ) of pointed metric spaces...
Coarse geometry is the study of spaces (particularly metric spaces) from a 'large scale' point of vi...
This is a survey on coarse geometry with an emphasis on coarse homology theories.Comment: 16.p, Invi...
AbstractIn this paper we introduce an alternative form of coarse geometry on proper metric spaces, w...
This paper is an addendum to the author's previous paper ["A nonstandard invariant of coarse spaces,...
AbstractWe introduce the group-compact coarse structure on a Hausdorff topological group in the cont...
Inverse semigroups provide a natural way to encode combinatorial data from geometric settings. Examp...
In this paper we introduce an alternative form of coarse geometry on proper metric spaces, which is ...
FOLLOWING John Roe in his Lectures on Coarse Geometry, we begin by describing the large-scale struct...