AbstractThe structure of a group graded ring R satisfying certain classical finiteness conditions is described module the homogeneous part of the Jacobson radical Jgr(R). It is shown that R/Jgr(R) is a finite direct product of matrix rings over group crossed products over division rings. In the more general case of a semigroup graded ring R the structure of R module its Jacobson radical can be described in terms of finitely many group graded subrings. These subrings are shown to inherit the considered finiteness conditions of R. As an application we derive results that show when a graded ring is Artinian, semiprimary, or perfect
Abstract. We prove that J(Re) = Re∩J(R), where S is a cancellative partial groupoid with idempotent...
summary:For any non-torsion group $G$ with identity $e$, we construct a strongly $G$-graded ring $R$...
Let G be an arbitrary group with identity e and let R be a G-graded ring. In this paper we define gr...
AbstractThe structure of a group graded ring R satisfying certain classical finiteness conditions is...
Algebraic structure is at the heart of mathematics and graded ring structures arise in many natural ...
Algebraic structure is at the heart of mathematics and graded ring structures arise in many natural ...
AbstractWe study the Jacobson radical of semigroup graded rings. We show that the Jacobson radical o...
AbstractWe study the Jacobson radical of semigroup graded rings. We show that the Jacobson radical o...
summary:All commutative semigroups $S$ are described such that the Jacobson radical is homogeneous i...
Algebraic structure is at the heart of mathematics and graded ring structures arise in many natural ...
Let K be a field and let G be a multiplicative group. The group ring K[G] is an easily defined, rath...
summary:All commutative semigroups $S$ are described such that the Jacobson radical is homogeneous i...
summary:All commutative semigroups $S$ are described such that the Jacobson radical is homogeneous i...
The Jacobson group of a ring R (denoted by J = J (R)) is the normal subgroup of the group of units o...
AbstractFor a (group)G-graded ring R and any submonoid H of the center Z(G) containing the identity ...
Abstract. We prove that J(Re) = Re∩J(R), where S is a cancellative partial groupoid with idempotent...
summary:For any non-torsion group $G$ with identity $e$, we construct a strongly $G$-graded ring $R$...
Let G be an arbitrary group with identity e and let R be a G-graded ring. In this paper we define gr...
AbstractThe structure of a group graded ring R satisfying certain classical finiteness conditions is...
Algebraic structure is at the heart of mathematics and graded ring structures arise in many natural ...
Algebraic structure is at the heart of mathematics and graded ring structures arise in many natural ...
AbstractWe study the Jacobson radical of semigroup graded rings. We show that the Jacobson radical o...
AbstractWe study the Jacobson radical of semigroup graded rings. We show that the Jacobson radical o...
summary:All commutative semigroups $S$ are described such that the Jacobson radical is homogeneous i...
Algebraic structure is at the heart of mathematics and graded ring structures arise in many natural ...
Let K be a field and let G be a multiplicative group. The group ring K[G] is an easily defined, rath...
summary:All commutative semigroups $S$ are described such that the Jacobson radical is homogeneous i...
summary:All commutative semigroups $S$ are described such that the Jacobson radical is homogeneous i...
The Jacobson group of a ring R (denoted by J = J (R)) is the normal subgroup of the group of units o...
AbstractFor a (group)G-graded ring R and any submonoid H of the center Z(G) containing the identity ...
Abstract. We prove that J(Re) = Re∩J(R), where S is a cancellative partial groupoid with idempotent...
summary:For any non-torsion group $G$ with identity $e$, we construct a strongly $G$-graded ring $R$...
Let G be an arbitrary group with identity e and let R be a G-graded ring. In this paper we define gr...