AbstractAfter having established elementary results on the relationship between a finite complex (pseudo-)reflection group W⊂GL(V) and its reflection arrangement A, we prove that the action of W on A is canonically related with other natural representations of W, through a ‘periodic’ family of representations of its braid group. We also prove that, when W is irreducible, then the squares of defining linear forms for A span the quadratic forms on V, which imply |A|⩾n(n+1)/2 for n=dimV, and relate the W-equivariance of the corresponding map with the period of our family
AbstractLetWbe a finite group acting on a latticeLover thep-adic integers Z∧p. The analysis of the r...
AbstractWe prove that if r1,…,rn are Euclidean reflections corresponding to a linearly independent s...
AbstractLet G be a finite, complex reflection group acting on a complex vector space V, and δ its di...
AbstractAfter having established elementary results on the relationship between a finite complex (ps...
AbstractLet B be the generalized braid group associated to some finite complex reflection group W. W...
Weyl groups are particular cases of complex reflection groups, i.e. finite subgroups of GLr(C) gener...
Crystallographic complex reflection groups are generated by reflections about affine hyperplanes in ...
The Weyl group used in Lie theory can be generalized into reflection groups in more general division...
Presentations "à la Coxeter" are given for all (irreducible) finite complex reflection gro...
none1noWe introduce the class of projective reflection groups which includes all complex reflection ...
none1noWe introduce the class of projective reflection groups which includes all complex reflection ...
none1noWe introduce the class of projective reflection groups which includes all complex reflection ...
Presentations "à la Coxeter" are given for all (irreducible) finite complex reflection gro...
Presentations "à la Coxeter" are given for all (irreducible) finite complex reflection gro...
Presentations 'a la Coxeter' are given for all (irreducible) finite complex reflection groups. They ...
AbstractLetWbe a finite group acting on a latticeLover thep-adic integers Z∧p. The analysis of the r...
AbstractWe prove that if r1,…,rn are Euclidean reflections corresponding to a linearly independent s...
AbstractLet G be a finite, complex reflection group acting on a complex vector space V, and δ its di...
AbstractAfter having established elementary results on the relationship between a finite complex (ps...
AbstractLet B be the generalized braid group associated to some finite complex reflection group W. W...
Weyl groups are particular cases of complex reflection groups, i.e. finite subgroups of GLr(C) gener...
Crystallographic complex reflection groups are generated by reflections about affine hyperplanes in ...
The Weyl group used in Lie theory can be generalized into reflection groups in more general division...
Presentations "à la Coxeter" are given for all (irreducible) finite complex reflection gro...
none1noWe introduce the class of projective reflection groups which includes all complex reflection ...
none1noWe introduce the class of projective reflection groups which includes all complex reflection ...
none1noWe introduce the class of projective reflection groups which includes all complex reflection ...
Presentations "à la Coxeter" are given for all (irreducible) finite complex reflection gro...
Presentations "à la Coxeter" are given for all (irreducible) finite complex reflection gro...
Presentations 'a la Coxeter' are given for all (irreducible) finite complex reflection groups. They ...
AbstractLetWbe a finite group acting on a latticeLover thep-adic integers Z∧p. The analysis of the r...
AbstractWe prove that if r1,…,rn are Euclidean reflections corresponding to a linearly independent s...
AbstractLet G be a finite, complex reflection group acting on a complex vector space V, and δ its di...