We define a new statistic on Weyl groups called the atomic length and investigate its combinatorial and representation-theoretic properties. In finite types, we show a number of properties of the atomic length which are reminiscent of the properties of the usual length. Moreover, we prove that, with the exception of rank two, this statistic describes an interval. In affine types, our results shed some light on classical enumeration problems, such asthe celebrated Granville-Ono theorem on the existence of core partitions, by relating the atomic length to the theory of crystals
In this paper we introduce the notion of finite virtual length for profinite groups (that is, every ...
Lascoux stated that the type A Kostka-Foulkes polynomials K λ,µ (t) expand positively in terms of so...
In this paper we introduce the notion of finite virtual length for profinite groups (that is, every ...
We define a new statistic on Weyl groups called the atomic length and investigate its combinatorial ...
We define for any crystallographic root system a new statistic on the corresponding Weyl group which...
We define for any crystallographic root system a new statistic on the corresponding Weyl group which...
We define for any crystallographic root system a new statistic on the corresponding Weyl group which...
We define for any crystallographic root system a new statistic on the corresponding Weyl group which...
Abstract. Let M be a commutative cancellative atomic monoid. We use unions of sets of lengths in M t...
The concept of length functions on groups is first introduced by Lyndon. This is used to give direc...
Let M be a commutative cancellative atomic monoid. We consider the behavior of the asymptotic lengt...
Abstract. Let G be the general linear group GL(n,C), W0 the Weyl group of G and W the extended affin...
Abstract. Let H be a Krull monoid such that every class contains a prime (this includes the mul-tipl...
Some of the fundamental notions related to sets of lengths of Krull monoids with finite class group ...
Lascoux stated that the type A Kostka-Foulkes polynomials K λ,µ (t) expand positively in terms of so...
In this paper we introduce the notion of finite virtual length for profinite groups (that is, every ...
Lascoux stated that the type A Kostka-Foulkes polynomials K λ,µ (t) expand positively in terms of so...
In this paper we introduce the notion of finite virtual length for profinite groups (that is, every ...
We define a new statistic on Weyl groups called the atomic length and investigate its combinatorial ...
We define for any crystallographic root system a new statistic on the corresponding Weyl group which...
We define for any crystallographic root system a new statistic on the corresponding Weyl group which...
We define for any crystallographic root system a new statistic on the corresponding Weyl group which...
We define for any crystallographic root system a new statistic on the corresponding Weyl group which...
Abstract. Let M be a commutative cancellative atomic monoid. We use unions of sets of lengths in M t...
The concept of length functions on groups is first introduced by Lyndon. This is used to give direc...
Let M be a commutative cancellative atomic monoid. We consider the behavior of the asymptotic lengt...
Abstract. Let G be the general linear group GL(n,C), W0 the Weyl group of G and W the extended affin...
Abstract. Let H be a Krull monoid such that every class contains a prime (this includes the mul-tipl...
Some of the fundamental notions related to sets of lengths of Krull monoids with finite class group ...
Lascoux stated that the type A Kostka-Foulkes polynomials K λ,µ (t) expand positively in terms of so...
In this paper we introduce the notion of finite virtual length for profinite groups (that is, every ...
Lascoux stated that the type A Kostka-Foulkes polynomials K λ,µ (t) expand positively in terms of so...
In this paper we introduce the notion of finite virtual length for profinite groups (that is, every ...