arXiv : http://arxiv.org/abs/0912.2212International audienceFor any finite Coxeter group $W$, we introduce two new objects: its cutting poset and its biHecke monoid. The cutting poset, constructed using a generalization of the notion of blocks in permutation matrices, almost forms a lattice on $W$. The construction of the biHecke monoid relies on the usual combinatorial model for the $0-Hecke$ algebra $H_0(W)$, that is, for the symmetric group, the algebra (or monoid) generated by the elementary bubble sort operators. The authors previously introduced the Hecke group algebra, constructed as the algebra generated simultaneously by the bubble sort and antisort operators, and described its representation theory. In this paper, we consider inst...
The monoids under consideration are defined, abstractly by generators and relations in a similar way...
AbstractWe study the 0-Hecke algebra of an arbitrary finite Coxeter group, building on work of Norto...
AbstractLet (W,I) be a finite Coxeter group. In the case where W is a Weyl group, Berenstein and Kaz...
57 pages, 6 figuresInternational audienceFor any finite Coxeter group W, we introduce two new object...
57 pages, 6 figuresInternational audienceFor any finite Coxeter group W, we introduce two new object...
For any finite Coxeter group W, we introduce two new objects: its cutting poset and its biHecke mono...
57 pages, 6 figuresInternational audienceFor any finite Coxeter group W, we introduce two new object...
For any finite Coxeter group W, we introduce two new objects: its cutting poset and its biHecke mono...
30 pages, 2 figureInternational audienceLet W be a finite Coxeter group. We define its Hecke-group a...
AbstractLet W be a finite Coxeter group. We define its Hecke-group algebra by gluing together approp...
AbstractLet (W,I) be a finite Coxeter group. In the case where W is a Weyl group, Berenstein and Kaz...
Let (W. 1) be a finite Coxeter group. in the case where W is a Weyl group, Berenstein and Kazhdan in...
41 pages; 4 figuresInternational audienceIn 1979, Norton showed that the representation theory of th...
In 1979, Norton showed that the representation theory of the 0-Hecke algebra admits a rich ...
Abstract. In 1979, Norton showed that the representation theory of the 0-Hecke algebra admits a rich...
The monoids under consideration are defined, abstractly by generators and relations in a similar way...
AbstractWe study the 0-Hecke algebra of an arbitrary finite Coxeter group, building on work of Norto...
AbstractLet (W,I) be a finite Coxeter group. In the case where W is a Weyl group, Berenstein and Kaz...
57 pages, 6 figuresInternational audienceFor any finite Coxeter group W, we introduce two new object...
57 pages, 6 figuresInternational audienceFor any finite Coxeter group W, we introduce two new object...
For any finite Coxeter group W, we introduce two new objects: its cutting poset and its biHecke mono...
57 pages, 6 figuresInternational audienceFor any finite Coxeter group W, we introduce two new object...
For any finite Coxeter group W, we introduce two new objects: its cutting poset and its biHecke mono...
30 pages, 2 figureInternational audienceLet W be a finite Coxeter group. We define its Hecke-group a...
AbstractLet W be a finite Coxeter group. We define its Hecke-group algebra by gluing together approp...
AbstractLet (W,I) be a finite Coxeter group. In the case where W is a Weyl group, Berenstein and Kaz...
Let (W. 1) be a finite Coxeter group. in the case where W is a Weyl group, Berenstein and Kazhdan in...
41 pages; 4 figuresInternational audienceIn 1979, Norton showed that the representation theory of th...
In 1979, Norton showed that the representation theory of the 0-Hecke algebra admits a rich ...
Abstract. In 1979, Norton showed that the representation theory of the 0-Hecke algebra admits a rich...
The monoids under consideration are defined, abstractly by generators and relations in a similar way...
AbstractWe study the 0-Hecke algebra of an arbitrary finite Coxeter group, building on work of Norto...
AbstractLet (W,I) be a finite Coxeter group. In the case where W is a Weyl group, Berenstein and Kaz...