This thesis examines an important problem in the field of differential topology: the 4-dimensional smooth Poincaré conjecture. More specifically we analyze a class of objects known as Cappell-Shaneson spheres and the question of whether or not they are counterexamples to the conjecture. We prove some results which expand the class of Cappell-Shaneson spheres that are known to be standard. In addition, we find some interesting patterns in Cappell-Shaneson matrices which may provide useful directions for further research into the question of whether or not the associated manifolds are standard.Mathematic
In the framework of the PDE's algebraic topology, previously introduced by A. Pr\'astaro, are consid...
AbstractCAPPELL and Shaneson [1] construct a family of smooth 4-manifolds which are simple homotopy ...
L'existància d'estructures diferencials no estàndards per a Sn no es va demostrar fins...
© 2017 Ahmad IssaThe smooth 4-dimensional Poincare conjecture states that if a smooth 4-manifold is ...
AbstractWe construct Kirby-calculus pictures of an infinite family of Cappell-Shaneson homotopy 4-sp...
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
A well-known strategy to disprove the smooth 4D Poincare conjecture is to find a knot that bounds a ...
We provide an account of Milnor's construction of an exotic 7-sphere and the subsequent rapid devel...
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
This thesis is a comparison of the smooth and topological categories in dimension 4. We first discus...
One of the most important developments in low-dimensional topology is the Bonahon-Wong-Yang intertwi...
Using our proof of the Poincare conjecture in dimension three and the method of mathematical inducti...
Abstract. We study the relationship between exotic R4’s and Stein surfaces as it applies to smooth-i...
In 1988, Kalai [5] extended a construction of Billera and Lee to produce many triangulated(d−1)-sphe...
In 1988, Kalai [5] extended a construction of Billera and Lee to produce many triangulated(d−1)-sphe...
In the framework of the PDE's algebraic topology, previously introduced by A. Pr\'astaro, are consid...
AbstractCAPPELL and Shaneson [1] construct a family of smooth 4-manifolds which are simple homotopy ...
L'existància d'estructures diferencials no estàndards per a Sn no es va demostrar fins...
© 2017 Ahmad IssaThe smooth 4-dimensional Poincare conjecture states that if a smooth 4-manifold is ...
AbstractWe construct Kirby-calculus pictures of an infinite family of Cappell-Shaneson homotopy 4-sp...
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
A well-known strategy to disprove the smooth 4D Poincare conjecture is to find a knot that bounds a ...
We provide an account of Milnor's construction of an exotic 7-sphere and the subsequent rapid devel...
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
This thesis is a comparison of the smooth and topological categories in dimension 4. We first discus...
One of the most important developments in low-dimensional topology is the Bonahon-Wong-Yang intertwi...
Using our proof of the Poincare conjecture in dimension three and the method of mathematical inducti...
Abstract. We study the relationship between exotic R4’s and Stein surfaces as it applies to smooth-i...
In 1988, Kalai [5] extended a construction of Billera and Lee to produce many triangulated(d−1)-sphe...
In 1988, Kalai [5] extended a construction of Billera and Lee to produce many triangulated(d−1)-sphe...
In the framework of the PDE's algebraic topology, previously introduced by A. Pr\'astaro, are consid...
AbstractCAPPELL and Shaneson [1] construct a family of smooth 4-manifolds which are simple homotopy ...
L'existància d'estructures diferencials no estàndards per a Sn no es va demostrar fins...