AbstractLet f:M→N be a continuous map between closed irreducible graph manifolds with infinite fundamental group. Perron and Shalen (1999) [16] showed that if f induces a homology equivalence on all finite covers, then f is in fact homotopic to a homeomorphism. Their proof used the statement that every graph manifold is finitely covered by a 3-manifold whose fundamental group is residually p for every prime p. We will show that this statement regarding graph manifold groups is not true in general, but we will show how to modify the argument of Perron and Shalen to recover their main result. As a by-product we will determine all semidirect products Z⋉Zd which are residually p for every prime p
A group is called extended residually finite (ERF) if every subgroup is closed in the profinite topo...
For a fixed word hyperbolic group we compare different residual properties related to quasiconvex su...
We examine residual properties of word-hyperbolic groups, adapting a method introduced by Darren Lon...
AbstractLet f:M→N be a continuous map between closed irreducible graph manifolds with infinite funda...
Abstract. Let f: M → N be a continuous map between closed irreducible graph manifolds with infinite ...
We show that Out(G) is residually finite if G is one-ended and hyperbolic relative to virtually poly...
AbstractWe give a characterization, in terms of homological data in covering spaces, of those maps b...
We establish conditions under which the fundamental group of a graph of finite $p$-groups is necessa...
In this paper, we study some of the basic properties of persistent homotopy. We show that persistent...
Abstract. A group is called extended residually finite (ERF) if every subgroup is closed in the prof...
AbstractWe classify the residual finiteness of infinite amalgamated free products of infinite cyclic...
AbstractA group is called extended residually finite (ERF) if every subgroup is closed in the profin...
AbstractWe give a criterion for an HNN extension of a finite p-group to be residually p
A group G is residually finite (RF) if for every nontrivial element g in G, there exists a finite in...
AbstractLet H and K be quasiconvex subgroups of a negatively curved locally extended residually fini...
A group is called extended residually finite (ERF) if every subgroup is closed in the profinite topo...
For a fixed word hyperbolic group we compare different residual properties related to quasiconvex su...
We examine residual properties of word-hyperbolic groups, adapting a method introduced by Darren Lon...
AbstractLet f:M→N be a continuous map between closed irreducible graph manifolds with infinite funda...
Abstract. Let f: M → N be a continuous map between closed irreducible graph manifolds with infinite ...
We show that Out(G) is residually finite if G is one-ended and hyperbolic relative to virtually poly...
AbstractWe give a characterization, in terms of homological data in covering spaces, of those maps b...
We establish conditions under which the fundamental group of a graph of finite $p$-groups is necessa...
In this paper, we study some of the basic properties of persistent homotopy. We show that persistent...
Abstract. A group is called extended residually finite (ERF) if every subgroup is closed in the prof...
AbstractWe classify the residual finiteness of infinite amalgamated free products of infinite cyclic...
AbstractA group is called extended residually finite (ERF) if every subgroup is closed in the profin...
AbstractWe give a criterion for an HNN extension of a finite p-group to be residually p
A group G is residually finite (RF) if for every nontrivial element g in G, there exists a finite in...
AbstractLet H and K be quasiconvex subgroups of a negatively curved locally extended residually fini...
A group is called extended residually finite (ERF) if every subgroup is closed in the profinite topo...
For a fixed word hyperbolic group we compare different residual properties related to quasiconvex su...
We examine residual properties of word-hyperbolic groups, adapting a method introduced by Darren Lon...