Finding suitable methods for associating geometry to noncommutative graded algebras has been a goal for noncommutative algebraists for the last 20 years. While one method is to study the relationship between an algebra and its associated noncommutative category Proj, another method is to examine an algebra's corresponding point modules. This dissertation describes the point modules associated to some noncommutative graded algebras of dimension 3, where the graded pieces have the same dimensions as the graded pieces of a polynomial ring. These algebras have an infinite set of point modules and are regular if and only if they are domain
This is the author’s final, accepted and refereed manuscript to the articleThere has been several at...
AbstractRecently a new construction of rings was introduced by Cassidy, Goetz, and Shelton. Some of ...
Positively graded algebras are fairly natural objects which are arduous to be studied. In this artic...
AbstractWe study a class of noncommutative surfaces, and their higher dimensional analogs, which com...
AbstractLet A be a noetherian connected graded algebra of global dimension 3. We show that A is regu...
We study a class of noncommutative surfaces, and their higher dimensional analogues, which come from...
AbstractWe study a class of noncommutative surfaces, and their higher dimensional analogs, which com...
AbstractAn analogue of the concept of projective scheme is defined for noncommutative N-graded algeb...
AbstractA definition of regularity has been given for non-commutative graded algebras and results of...
AbstractWe introduce and generalize the notion of Castelnuovo–Mumford regularity for representations...
Abstract. We construct an interesting family of connected graded domains of GK-dimension 4, and show...
Artin-Schelter regular algebras can be thought of as noncommutative versions of commutative polynomi...
Artin-Schelter regular algebras can be thought of as noncommutative versions of commutative polynomi...
There has been several attempts to generalize commutative algebraic geometry to the noncommutative s...
www.uta.edu/math/vancliff Abstract. For decades, the study of graded Clifford algebras has provided ...
This is the author’s final, accepted and refereed manuscript to the articleThere has been several at...
AbstractRecently a new construction of rings was introduced by Cassidy, Goetz, and Shelton. Some of ...
Positively graded algebras are fairly natural objects which are arduous to be studied. In this artic...
AbstractWe study a class of noncommutative surfaces, and their higher dimensional analogs, which com...
AbstractLet A be a noetherian connected graded algebra of global dimension 3. We show that A is regu...
We study a class of noncommutative surfaces, and their higher dimensional analogues, which come from...
AbstractWe study a class of noncommutative surfaces, and their higher dimensional analogs, which com...
AbstractAn analogue of the concept of projective scheme is defined for noncommutative N-graded algeb...
AbstractA definition of regularity has been given for non-commutative graded algebras and results of...
AbstractWe introduce and generalize the notion of Castelnuovo–Mumford regularity for representations...
Abstract. We construct an interesting family of connected graded domains of GK-dimension 4, and show...
Artin-Schelter regular algebras can be thought of as noncommutative versions of commutative polynomi...
Artin-Schelter regular algebras can be thought of as noncommutative versions of commutative polynomi...
There has been several attempts to generalize commutative algebraic geometry to the noncommutative s...
www.uta.edu/math/vancliff Abstract. For decades, the study of graded Clifford algebras has provided ...
This is the author’s final, accepted and refereed manuscript to the articleThere has been several at...
AbstractRecently a new construction of rings was introduced by Cassidy, Goetz, and Shelton. Some of ...
Positively graded algebras are fairly natural objects which are arduous to be studied. In this artic...