We study the complex reflection groups G(r, p, n). By considering these groups as subgroups of the wreath products Z(r) integral S-n, and by using Clifford theory, we define combinatorial parameters and descent representations of G(r, p, n), previously known for classical Weyl groups. One of these parameters is the flag major index, which also has an important role in the decomposition of these representations into irreducibles. A Carlitz type identity relating the combinatorial parameters with the degrees of the group, is presented
AbstractLet C[X, Y] denote the ring of polynomials with complex coefficients in the variables X={x1,...
Weyl groups are particular cases of complex reflection groups, i.e. finite subgroups of GLr(C) gener...
Projective re ection groups have been recently dened by the second author. They include a special cl...
We study the complex reflection groups G(r, p, n). By considering these groups as subgroups of the w...
For every r, n, p|r there is a complex reflection group, denoted G(r, p, n), consisting of all monom...
For every r, n, p|r there is a complex reflection group, denoted G(r, p, n), consisting of all monom...
AbstractProjective reflection groups have been recently defined by the second author. They include a...
International audienceProjective reflection groups have been recently defined by the second author. ...
International audienceProjective reflection groups have been recently defined by the second author. ...
We present a formula for the values of the sign representations of a complex reflection group G(r, p...
Projective reflection groups have been recently defined by the second author. They include a special...
none2siProjective reflection groups have been recently defined by the second author. They include a ...
Projective reflection groups have been recently defined by the second author. They include a special...
none2Projective reflection groups have been recently defined by the second author. They include a sp...
18 pagesInternational audienceAn inductive approach to the representation theory of the chain of the...
AbstractLet C[X, Y] denote the ring of polynomials with complex coefficients in the variables X={x1,...
Weyl groups are particular cases of complex reflection groups, i.e. finite subgroups of GLr(C) gener...
Projective re ection groups have been recently dened by the second author. They include a special cl...
We study the complex reflection groups G(r, p, n). By considering these groups as subgroups of the w...
For every r, n, p|r there is a complex reflection group, denoted G(r, p, n), consisting of all monom...
For every r, n, p|r there is a complex reflection group, denoted G(r, p, n), consisting of all monom...
AbstractProjective reflection groups have been recently defined by the second author. They include a...
International audienceProjective reflection groups have been recently defined by the second author. ...
International audienceProjective reflection groups have been recently defined by the second author. ...
We present a formula for the values of the sign representations of a complex reflection group G(r, p...
Projective reflection groups have been recently defined by the second author. They include a special...
none2siProjective reflection groups have been recently defined by the second author. They include a ...
Projective reflection groups have been recently defined by the second author. They include a special...
none2Projective reflection groups have been recently defined by the second author. They include a sp...
18 pagesInternational audienceAn inductive approach to the representation theory of the chain of the...
AbstractLet C[X, Y] denote the ring of polynomials with complex coefficients in the variables X={x1,...
Weyl groups are particular cases of complex reflection groups, i.e. finite subgroups of GLr(C) gener...
Projective re ection groups have been recently dened by the second author. They include a special cl...