In F. Caselli (Involutory reflection groups and their models, J. Algebra 24:370–393, 2010), a uniform Gelfand model is constructed for all nonexceptional irreducible complex reflection groups which are involutory. Such models can be naturally decomposed into the direct sum of submodules indexed by Sn-conjugacy classes, and we present here a general result that relates the irreducible decomposition of these submodules with the projective Robinson–Schensted correspondence. This description also reflects, in a very explicit way, the existence of split representations for these groups
We show the existence of a multivariate extension of the Robinson-Schensted correspondence. This is ...
Every Gelfand pair (G, K) admits a decomposition G = K P, where P < G is an amenable subgroup. In pa...
Abstract. A Gel’fand model for a finite group G is a complex representation of G which is isomorphic...
In F. Caselli (Involutory reflection groups and their models, J. Algebra 24:370–393, 2010), a unifor...
In [F. Caselli, Involutory reflection groups and their models, J. Algebra 24 (2010), 370--393] it is...
AbstractIn [F. Caselli, Involutory reflection groups and their models, J. Algebra 24 (2010), 370–393...
A finite subgroup G of GL(n,C) is involutory if the sum of the dimensions of its irreducible complex...
AbstractWe prove that a finite complex reflection group has a generalized involution model, as defin...
A combinatorial construction of Gelfand models for the symmetric group, for its Iwahori-Hecke algebr...
AbstractA combinatorial construction of a Gelfand model for the symmetric group and its Iwahori–Heck...
none2siThe main motivation of this work was to investigate the generalized involution models of the...
none1noWe introduce the class of projective reflection groups which includes all complex reflection ...
AbstractA finite subgroup G of GL(n,C) is involutory if the sum of the dimensions of its irreducible...
AbstractLetSbe a connected and simply connected unimodular solvable Lie group andKa connected compac...
We investigate the generalized involution models of the projective reflec- tion groups G(r, p, q, n)...
We show the existence of a multivariate extension of the Robinson-Schensted correspondence. This is ...
Every Gelfand pair (G, K) admits a decomposition G = K P, where P < G is an amenable subgroup. In pa...
Abstract. A Gel’fand model for a finite group G is a complex representation of G which is isomorphic...
In F. Caselli (Involutory reflection groups and their models, J. Algebra 24:370–393, 2010), a unifor...
In [F. Caselli, Involutory reflection groups and their models, J. Algebra 24 (2010), 370--393] it is...
AbstractIn [F. Caselli, Involutory reflection groups and their models, J. Algebra 24 (2010), 370–393...
A finite subgroup G of GL(n,C) is involutory if the sum of the dimensions of its irreducible complex...
AbstractWe prove that a finite complex reflection group has a generalized involution model, as defin...
A combinatorial construction of Gelfand models for the symmetric group, for its Iwahori-Hecke algebr...
AbstractA combinatorial construction of a Gelfand model for the symmetric group and its Iwahori–Heck...
none2siThe main motivation of this work was to investigate the generalized involution models of the...
none1noWe introduce the class of projective reflection groups which includes all complex reflection ...
AbstractA finite subgroup G of GL(n,C) is involutory if the sum of the dimensions of its irreducible...
AbstractLetSbe a connected and simply connected unimodular solvable Lie group andKa connected compac...
We investigate the generalized involution models of the projective reflec- tion groups G(r, p, q, n)...
We show the existence of a multivariate extension of the Robinson-Schensted correspondence. This is ...
Every Gelfand pair (G, K) admits a decomposition G = K P, where P < G is an amenable subgroup. In pa...
Abstract. A Gel’fand model for a finite group G is a complex representation of G which is isomorphic...