Agol recently introduced the concept of a veering taut triangulation of a 3–manifold, which is a taut ideal triangulation with some extra combinatorial structure. We define the weaker notion of a “veering triangulation” and use it to show that all veering triangulations admit strict angle structures. We also answer a question of Agol, giving an example of a veering taut triangulation that is not layered
We define and study a structure called transversal edge-partition related to triangulations without ...
We reprove a result of Dehkordi, Frati, and Gudmundsson: every two vertices in a non-obtuse triangul...
AbstractThis article focuses on a combinatorial structure specific to triangulated plane graphs with...
Agol recently introduced the concept of a veering taut triangulation of a 3–manifold, which is a tau...
Agol recently introduced the concept of a veering taut triangulation, which is a taut triangulation ...
A taut ideal triangulation of a 3{manifold is a topological ideal triangulation with extra combinato...
A taut ideal triangulation of a 3-manifold is a topological ideal triangulation with extra combinato...
Abstract This is the second in a series of papers in which we investigate ideal triangulations of th...
There are many fundamental algorithmic problems on triangulated 3-manifolds whose complexities are u...
Abstract. Recently, Ian Agol introduced a class of “veering ” ideal triangulations for mapping tori ...
In this note we combinatorialise a technique of Novikov. We use this to prove that, in a three-manif...
It is conjectured that every cusped hyperbolic 3-manifold has a decomposition into positive volume i...
Abstract We define a new combinatorial class of triangulations of closed 3–manifolds, and study them...
In this thesis we study the taut polynomial of a veering triangulation, defined by Landry, Minsky an...
Landry, Minsky, and Taylor introduced an invariant of veering triangulations called the taut polynom...
We define and study a structure called transversal edge-partition related to triangulations without ...
We reprove a result of Dehkordi, Frati, and Gudmundsson: every two vertices in a non-obtuse triangul...
AbstractThis article focuses on a combinatorial structure specific to triangulated plane graphs with...
Agol recently introduced the concept of a veering taut triangulation of a 3–manifold, which is a tau...
Agol recently introduced the concept of a veering taut triangulation, which is a taut triangulation ...
A taut ideal triangulation of a 3{manifold is a topological ideal triangulation with extra combinato...
A taut ideal triangulation of a 3-manifold is a topological ideal triangulation with extra combinato...
Abstract This is the second in a series of papers in which we investigate ideal triangulations of th...
There are many fundamental algorithmic problems on triangulated 3-manifolds whose complexities are u...
Abstract. Recently, Ian Agol introduced a class of “veering ” ideal triangulations for mapping tori ...
In this note we combinatorialise a technique of Novikov. We use this to prove that, in a three-manif...
It is conjectured that every cusped hyperbolic 3-manifold has a decomposition into positive volume i...
Abstract We define a new combinatorial class of triangulations of closed 3–manifolds, and study them...
In this thesis we study the taut polynomial of a veering triangulation, defined by Landry, Minsky an...
Landry, Minsky, and Taylor introduced an invariant of veering triangulations called the taut polynom...
We define and study a structure called transversal edge-partition related to triangulations without ...
We reprove a result of Dehkordi, Frati, and Gudmundsson: every two vertices in a non-obtuse triangul...
AbstractThis article focuses on a combinatorial structure specific to triangulated plane graphs with...