AbstractWe show that the map separation property (MSP), a concept due to H.W. Lambert and R.B. Sher, is an appropriate analogue of J.W. Cannon’s disjoint disks property (DDP) for the class C of compact generalized 3-manifolds with zero-dimensional singular set, modulo the Poincaré conjecture. Our main result is that the Poincaré conjecture (in dimension three) is equivalent to the conjecture that every XϵC with the MSP is a topological 3-manifold
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
The central theme for this paper is provided by the following three statements: (1) Every compact co...
We prove that, given a topological space X, the following conditions are equivalent. (α) X is a Grue...
AbstractWe show that, modulo the classical Poincaré Conjecture, a closed generalized 3-manifold X is...
Abstract. We give an overview of the development on work on Poincaré’s con-jecture in the first half...
AbstractLet ƒ:M2→M3 be a map of a 2-manifold into a 3-manifold where Nƒ is 0-dimensional. In this pa...
This work tries to understand the Poincaré conjecture statement and some of the tools that were used...
AbstractThis article examines the relationship between 3-manifold topology and knot invariants of fi...
AbstractLet M be a compact, connected, orientable, irreducible 3-manifold whose boundary is a torus....
Using our proof of the Poincare conjecture in dimension three and the method of mathematical inducti...
AbstractWe provide a brief description of why maps, with a zero-dimensional singular set, from a 2-m...
A Heegaard splitting of a closed, orientable three-manifold satises the disjoint curve property if t...
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
We prove a finiteness result for the partial derivative-patterned guts decomposition of all 3-manifo...
In this paper, we use homological techniques to study the homological finiteness of $\mathrm{BDiff}(...
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
The central theme for this paper is provided by the following three statements: (1) Every compact co...
We prove that, given a topological space X, the following conditions are equivalent. (α) X is a Grue...
AbstractWe show that, modulo the classical Poincaré Conjecture, a closed generalized 3-manifold X is...
Abstract. We give an overview of the development on work on Poincaré’s con-jecture in the first half...
AbstractLet ƒ:M2→M3 be a map of a 2-manifold into a 3-manifold where Nƒ is 0-dimensional. In this pa...
This work tries to understand the Poincaré conjecture statement and some of the tools that were used...
AbstractThis article examines the relationship between 3-manifold topology and knot invariants of fi...
AbstractLet M be a compact, connected, orientable, irreducible 3-manifold whose boundary is a torus....
Using our proof of the Poincare conjecture in dimension three and the method of mathematical inducti...
AbstractWe provide a brief description of why maps, with a zero-dimensional singular set, from a 2-m...
A Heegaard splitting of a closed, orientable three-manifold satises the disjoint curve property if t...
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
We prove a finiteness result for the partial derivative-patterned guts decomposition of all 3-manifo...
In this paper, we use homological techniques to study the homological finiteness of $\mathrm{BDiff}(...
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
The central theme for this paper is provided by the following three statements: (1) Every compact co...
We prove that, given a topological space X, the following conditions are equivalent. (α) X is a Grue...