AbstractThe prime spectra of two families of algebras, Sw, and Šw, w∈W, indexed by the Weyl group W of a semisimple finitely dimensional Lie algebra g, are studied in the spirit of Joseph. The algebras Sw have been introduced by Joseph. They are q-analogues of the algebras of regular functions on w-translates of the open Bruhat cell of a semisimple Lie group G corresponding to the Lie algebra g. We define a stratification of the spectra into components indexed by pairs (y1,y2) of elements of the Weyl group satisfying y1≤w≤y2. Each component admits a unique minimal ideal which is explicitly described. We show the inclusion relation of closures to be that induced by Bruhat order
We introduce the concept of a universal quantum linear semigroupoid (UQSGd), which is a weak bialgeb...
AbstractMany rings that have enjoyed growing interest in recent years, e.g., quantum enveloping alge...
AbstractGiven any (commutative) field k and any iterated Ore extension R=k[X1][X2;σ2,δ2]⋯[XN;σN,δN] ...
AbstractThe prime spectra of two families of algebras, Sw, and Šw, w∈W, indexed by the Weyl group W ...
AbstractFor the quantum function algebras Oq(Mn) and Oq(GLn), atlth roots of unity whenlis odd, the ...
For the algebra $A$ in the title, its prime, primitive and maximal spectra are classified. The group...
This work develops the theory of generalized Weyl algebras (GWAs) in order to study generic quantize...
AbstractWe develop a new approach to the representation theory of quantum algebras supporting a toru...
We introduce and study action of quantum groups on skew polynomial rings and related rings of quotie...
It is proved that there exists a bijection between the primitive ideals of the algebra of regular fu...
For an algebraically closed field K, we investigate a class of noncommutative K-algebras called conn...
Since the introduction of quantum algebras in the 1980's, many have introduced quantum deformations ...
Herein we study the prime ideals in the algebra of quantum matrices. The main content of this work i...
. We study prime and primitive ideals in a unified setting applicable to quantizations (at nonroots ...
summary:In the paper the origins of the intrinsic unitary symmetry encountered in the study of boson...
We introduce the concept of a universal quantum linear semigroupoid (UQSGd), which is a weak bialgeb...
AbstractMany rings that have enjoyed growing interest in recent years, e.g., quantum enveloping alge...
AbstractGiven any (commutative) field k and any iterated Ore extension R=k[X1][X2;σ2,δ2]⋯[XN;σN,δN] ...
AbstractThe prime spectra of two families of algebras, Sw, and Šw, w∈W, indexed by the Weyl group W ...
AbstractFor the quantum function algebras Oq(Mn) and Oq(GLn), atlth roots of unity whenlis odd, the ...
For the algebra $A$ in the title, its prime, primitive and maximal spectra are classified. The group...
This work develops the theory of generalized Weyl algebras (GWAs) in order to study generic quantize...
AbstractWe develop a new approach to the representation theory of quantum algebras supporting a toru...
We introduce and study action of quantum groups on skew polynomial rings and related rings of quotie...
It is proved that there exists a bijection between the primitive ideals of the algebra of regular fu...
For an algebraically closed field K, we investigate a class of noncommutative K-algebras called conn...
Since the introduction of quantum algebras in the 1980's, many have introduced quantum deformations ...
Herein we study the prime ideals in the algebra of quantum matrices. The main content of this work i...
. We study prime and primitive ideals in a unified setting applicable to quantizations (at nonroots ...
summary:In the paper the origins of the intrinsic unitary symmetry encountered in the study of boson...
We introduce the concept of a universal quantum linear semigroupoid (UQSGd), which is a weak bialgeb...
AbstractMany rings that have enjoyed growing interest in recent years, e.g., quantum enveloping alge...
AbstractGiven any (commutative) field k and any iterated Ore extension R=k[X1][X2;σ2,δ2]⋯[XN;σN,δN] ...