Let A be the path algebra of a quiver Q with no oriented cycle. We study geometric properties of the Grassmannians of submodules of a given A-module M. In particular, we obtain some sufficient conditions for smoothness, polynomial cardinality and we give different approaches to Euler characteristics. Our main result is the positivity of Euler characteristics when M is an exceptional module. This solves a conjecture of Fomin and Zelevinsky for acyclic cluster algebras
We construct Nakajima\u27s quiver varieties of type A in terms of affine Grassmannians of type A. Th...
We construct Nakajima\u27s quiver varieties of type A in terms of affine Grassmannians of type A. Th...
Ringel CM. Quiver Grassmannians for wild acyclic quivers. Proceedings of the American Mathematical S...
Let A be the path algebra of a quiver Q with no oriented cycle. We study geometric properties of the...
AbstractLet A be the path algebra of a quiver Q with no oriented cycle. We study geometric propertie...
AbstractLet A be the path algebra of a quiver Q with no oriented cycle. We study geometric propertie...
We provide a technique to compute the Euler–Poincaré characteristic of a class of projective variet...
The paper includes a new proof of the fact that quiver Grassmannians associated with rigid represen...
This paper contains the material discussed in the series of three lectures that I gave during the wo...
Extending the main result of Lorscheid and Weist (2015), in the first part of this paper we show tha...
Quiver Grassmannians are varieties parametrizing subrepresentations of a quiver representation. It ...
Extending the main result of Lorscheid and Weist (2015), in the first part of this paper we show tha...
Extending the main result of Lorscheid and Weist (2015), in the first part of this paper we show tha...
We study quiver Grassmannians associated with indecomposable representations (of finite dimension) ...
We construct Nakajima\u27s quiver varieties of type A in terms of affine Grassmannians of type A. Th...
We construct Nakajima\u27s quiver varieties of type A in terms of affine Grassmannians of type A. Th...
We construct Nakajima\u27s quiver varieties of type A in terms of affine Grassmannians of type A. Th...
Ringel CM. Quiver Grassmannians for wild acyclic quivers. Proceedings of the American Mathematical S...
Let A be the path algebra of a quiver Q with no oriented cycle. We study geometric properties of the...
AbstractLet A be the path algebra of a quiver Q with no oriented cycle. We study geometric propertie...
AbstractLet A be the path algebra of a quiver Q with no oriented cycle. We study geometric propertie...
We provide a technique to compute the Euler–Poincaré characteristic of a class of projective variet...
The paper includes a new proof of the fact that quiver Grassmannians associated with rigid represen...
This paper contains the material discussed in the series of three lectures that I gave during the wo...
Extending the main result of Lorscheid and Weist (2015), in the first part of this paper we show tha...
Quiver Grassmannians are varieties parametrizing subrepresentations of a quiver representation. It ...
Extending the main result of Lorscheid and Weist (2015), in the first part of this paper we show tha...
Extending the main result of Lorscheid and Weist (2015), in the first part of this paper we show tha...
We study quiver Grassmannians associated with indecomposable representations (of finite dimension) ...
We construct Nakajima\u27s quiver varieties of type A in terms of affine Grassmannians of type A. Th...
We construct Nakajima\u27s quiver varieties of type A in terms of affine Grassmannians of type A. Th...
We construct Nakajima\u27s quiver varieties of type A in terms of affine Grassmannians of type A. Th...
Ringel CM. Quiver Grassmannians for wild acyclic quivers. Proceedings of the American Mathematical S...