AbstractWe provide an infinite family of left-ordered groups that have a positive cone that is generated by two elements as a semigroup. This family corresponds to that of certain central extensions of Hecke groups, and includes the Klein bottle group and the braid group B3. Using the classical convex extension (flipping) procedure, on each of the groups of this family we define an ordering sharing many properties with Dehornoy's. Several related questions and problems are addressed
AbstractThe positive cones of the left orders on a free group can be described by their finite subse...
updated version with new resultsWe describe a simple scheme for constructing finitely generated mono...
An inductive characterization is given of the subsets of a group that extend to the positive cone of...
AbstractWe introduce a Dehornoy-like ordering of groups, which is a generalization of the Dehornoy o...
Abstract. We describe a simple scheme for constructing finitely generated monoids in which left-divi...
AbstractIn [V.V. Bludov, A.M.W. Glass, A.H. Rhemtulla, Ordered groups in which all convex jumps are ...
We show that the restriction of the Dehornoy ordering to an appropriate free subgroup of the three-s...
Abstract. (G,<) is an ordered group if ‘< ’ is a total order relation on G in which f < g i...
We prove that every countable left-ordered group embeds into a finitely generated left-ordered simpl...
Abstract. For every finitely generated free group we construct an explicit left order extending the ...
The positive cones of the left orders on a free group can be described by their finite subsets. An a...
A regular left-order on finitely generated group a group G is a total, left-multiplication invariant...
A left-order on a group G is totally determined by its positive cone P, that is the elements in G th...
We define the notion of the partial order of ends of the Cayley graph of a semigroup. We prove that ...
In Chapter 1 we give the basic background and notations. We also give a new characterization of the ...
AbstractThe positive cones of the left orders on a free group can be described by their finite subse...
updated version with new resultsWe describe a simple scheme for constructing finitely generated mono...
An inductive characterization is given of the subsets of a group that extend to the positive cone of...
AbstractWe introduce a Dehornoy-like ordering of groups, which is a generalization of the Dehornoy o...
Abstract. We describe a simple scheme for constructing finitely generated monoids in which left-divi...
AbstractIn [V.V. Bludov, A.M.W. Glass, A.H. Rhemtulla, Ordered groups in which all convex jumps are ...
We show that the restriction of the Dehornoy ordering to an appropriate free subgroup of the three-s...
Abstract. (G,<) is an ordered group if ‘< ’ is a total order relation on G in which f < g i...
We prove that every countable left-ordered group embeds into a finitely generated left-ordered simpl...
Abstract. For every finitely generated free group we construct an explicit left order extending the ...
The positive cones of the left orders on a free group can be described by their finite subsets. An a...
A regular left-order on finitely generated group a group G is a total, left-multiplication invariant...
A left-order on a group G is totally determined by its positive cone P, that is the elements in G th...
We define the notion of the partial order of ends of the Cayley graph of a semigroup. We prove that ...
In Chapter 1 we give the basic background and notations. We also give a new characterization of the ...
AbstractThe positive cones of the left orders on a free group can be described by their finite subse...
updated version with new resultsWe describe a simple scheme for constructing finitely generated mono...
An inductive characterization is given of the subsets of a group that extend to the positive cone of...