In this article we consider a sub-geometry G of the D4 building geometry whose flags of type {1, 3, 4} are exactly those which are opposite to their image under a triality on D4, while the lines of G are certain so-called skew lines (see Definition 3.4). We prove that this rank four geometry G admits the group G2 as a flag-transitive group of automorphisms. Moreover, if the underlying field contains at least three elements, the geometry G is simply connected. Accordingly, we obtain an amalgam presentation of G2 via the rank one and two parabolics of the action of G2 on G
We construct four geometries ε1,..., ε4 with the diagram such that any two elements of type 1 are in...
We consider geometries belonging to the following diagrams: , , where q is an integer greater than 1...
We consider geometries belonging to the following diagrams: , , where q is an integer greater than 1...
In this article we consider a sub-geometry G of the D4 building geometry whose flags of type {1, 3, ...
In this article we consider a sub-geometry G of the D4 building geometry whose flags of type {1, 3, ...
In the literature, there are but a few incidence geometries on which the McLaughlin sporadic group M...
We classify all firm, residually connected coset geometries, on which the group PSL(3,4) acts as a f...
In this talk I report on a some work that has been done to understand the action of automorphisms on...
In this talk I report on a some work that has been done to understand the action of automorphisms on...
AbstractStarting from the well-known rank three graph of degree 63 on 100 points associated to the H...
AbstractWe construct four geometries E1,…,E4 with the diagramsuch that any two elements of type 1 ar...
This paper is a survey of the work done by a number of authors on the classification of flag-transit...
This paper is a survey of the work done by a number of authors on the classification of flag-transit...
This paper is a survey of the work done by a number of authors on the classification of flag-transit...
We construct four geometries ε1,..., ε4 with the diagram such that any two elements of type 1 are in...
We construct four geometries ε1,..., ε4 with the diagram such that any two elements of type 1 are in...
We consider geometries belonging to the following diagrams: , , where q is an integer greater than 1...
We consider geometries belonging to the following diagrams: , , where q is an integer greater than 1...
In this article we consider a sub-geometry G of the D4 building geometry whose flags of type {1, 3, ...
In this article we consider a sub-geometry G of the D4 building geometry whose flags of type {1, 3, ...
In the literature, there are but a few incidence geometries on which the McLaughlin sporadic group M...
We classify all firm, residually connected coset geometries, on which the group PSL(3,4) acts as a f...
In this talk I report on a some work that has been done to understand the action of automorphisms on...
In this talk I report on a some work that has been done to understand the action of automorphisms on...
AbstractStarting from the well-known rank three graph of degree 63 on 100 points associated to the H...
AbstractWe construct four geometries E1,…,E4 with the diagramsuch that any two elements of type 1 ar...
This paper is a survey of the work done by a number of authors on the classification of flag-transit...
This paper is a survey of the work done by a number of authors on the classification of flag-transit...
This paper is a survey of the work done by a number of authors on the classification of flag-transit...
We construct four geometries ε1,..., ε4 with the diagram such that any two elements of type 1 are in...
We construct four geometries ε1,..., ε4 with the diagram such that any two elements of type 1 are in...
We consider geometries belonging to the following diagrams: , , where q is an integer greater than 1...
We consider geometries belonging to the following diagrams: , , where q is an integer greater than 1...