Abstract. We construct some irreducible representations of the Leavitt path algebra of an arbitrary quiver. The constructed representations are associated to certain algebraic branching systems. For a row-finite quiver, we classify algebraic branching systems, to which irreducible representations of the Leavitt path algebra are associated. For a certain quiver, we obtain a faithful completely reducible representation of the Leavitt path algebra. The twisted representations of the constructed ones under the scaling action are studied
Abstract. Algebras and coalgebras can be represented as quiver (directed graph), and from quiver we ...
The central concept of this thesis is that of Leavitt path algebras, a notion introduced by both Abr...
AbstractLet k be a field and let E be a finite quiver. We study the structure of the finitely presen...
AbstractGiven a graph E we define E-algebraic branching systems, show their existence and how they i...
Using the E-algebraic branching systems, various graded irreducible representations of a Leavitt pat...
AbstractGiven a graph E we define E-algebraic branching systems, show their existence and how they i...
AbstractThe irreducible components of varieties parametrizing the finite dimensional representations...
The stable rank of Leavitt path algebras of row-finite graphs was computed by Ara and Pardo. In this...
The stable rank of Leavitt path algebras of row-finite graphs was computed by Ara and Pardo. In this...
The stable rank of Leavitt path algebras of row-finite graphs was computed by Ara and Pardo. In this...
The stable rank of Leavitt path algebras of row-finite graphs was computed by Ara and Pardo. In this...
The stable rank of Leavitt path algebras of row-finite graphs was computed by Ara and Pardo. In this...
AbstractLet Q be a finite quiver without oriented cycles and let kQ the path algebra of Q over an al...
On any quiver ô��³and a field ô��, we can define a ô��-algebra which is called a path algebra ô��...
One of the main programs in the theory of C∗-algebras is to classify C∗-algebras using invariants fr...
Abstract. Algebras and coalgebras can be represented as quiver (directed graph), and from quiver we ...
The central concept of this thesis is that of Leavitt path algebras, a notion introduced by both Abr...
AbstractLet k be a field and let E be a finite quiver. We study the structure of the finitely presen...
AbstractGiven a graph E we define E-algebraic branching systems, show their existence and how they i...
Using the E-algebraic branching systems, various graded irreducible representations of a Leavitt pat...
AbstractGiven a graph E we define E-algebraic branching systems, show their existence and how they i...
AbstractThe irreducible components of varieties parametrizing the finite dimensional representations...
The stable rank of Leavitt path algebras of row-finite graphs was computed by Ara and Pardo. In this...
The stable rank of Leavitt path algebras of row-finite graphs was computed by Ara and Pardo. In this...
The stable rank of Leavitt path algebras of row-finite graphs was computed by Ara and Pardo. In this...
The stable rank of Leavitt path algebras of row-finite graphs was computed by Ara and Pardo. In this...
The stable rank of Leavitt path algebras of row-finite graphs was computed by Ara and Pardo. In this...
AbstractLet Q be a finite quiver without oriented cycles and let kQ the path algebra of Q over an al...
On any quiver ô��³and a field ô��, we can define a ô��-algebra which is called a path algebra ô��...
One of the main programs in the theory of C∗-algebras is to classify C∗-algebras using invariants fr...
Abstract. Algebras and coalgebras can be represented as quiver (directed graph), and from quiver we ...
The central concept of this thesis is that of Leavitt path algebras, a notion introduced by both Abr...
AbstractLet k be a field and let E be a finite quiver. We study the structure of the finitely presen...