AbstractThis is the second in a series of papers which give an explicit description of the reconstruction algebra as a quiver with relations; these algebras arise naturally as geometric generalizations of preprojective algebras of extended Dynkin diagrams. This paper deals with dihedral groups G=Dn,q for which all special CM modules have rank one, and we show that all but four of the relations on such a reconstruction algebra are given simply as the relations arising from a reconstruction algebra of type A. As a corollary, the reconstruction algebra reduces the problem of explicitly understanding the minimal resolution (=G-Hilb) to the same level of difficulty as the toric case
This paper uses noncommutative resolutions of non-Gorenstein singularities to construct classical de...
Using the polygonal models for the m-cluster complexes developed in [25] we classify maximal m-ortho...
AbstractLet D be a simply laced Dynkin diagram of rank r whose affinization has the shape of a star ...
This is the second in a series of papers which give an explicit description of the reconstruction al...
This is the second in a series of papers which give an explicit description of the reconstruction al...
This is the second in a series of papers which give an explicit description of the reconstruction al...
AbstractThis is the second in a series of papers which give an explicit description of the reconstru...
This is the third in a series of papers which give an explicit description of the reconstruction alg...
This is the third in a series of papers which give an explicit description of the reconstruction alg...
This is the third in a series of papers which give an explicit description of the reconstruction alg...
This is the third in a series of papers which give an explicit description of the reconstruction alg...
This is the third in a series of papers which give an explicit description of the reconstruction alg...
We provide a complete classification of all algebras of generalized dihedral type, which are natural...
We introduce the class of deformed preprojective algebras of generalized Dynkin graphs An (n ≥ 1), D...
Abstract. Using knot theory, we construct a linear representation of the CGW algebra of type Dn. Thi...
This paper uses noncommutative resolutions of non-Gorenstein singularities to construct classical de...
Using the polygonal models for the m-cluster complexes developed in [25] we classify maximal m-ortho...
AbstractLet D be a simply laced Dynkin diagram of rank r whose affinization has the shape of a star ...
This is the second in a series of papers which give an explicit description of the reconstruction al...
This is the second in a series of papers which give an explicit description of the reconstruction al...
This is the second in a series of papers which give an explicit description of the reconstruction al...
AbstractThis is the second in a series of papers which give an explicit description of the reconstru...
This is the third in a series of papers which give an explicit description of the reconstruction alg...
This is the third in a series of papers which give an explicit description of the reconstruction alg...
This is the third in a series of papers which give an explicit description of the reconstruction alg...
This is the third in a series of papers which give an explicit description of the reconstruction alg...
This is the third in a series of papers which give an explicit description of the reconstruction alg...
We provide a complete classification of all algebras of generalized dihedral type, which are natural...
We introduce the class of deformed preprojective algebras of generalized Dynkin graphs An (n ≥ 1), D...
Abstract. Using knot theory, we construct a linear representation of the CGW algebra of type Dn. Thi...
This paper uses noncommutative resolutions of non-Gorenstein singularities to construct classical de...
Using the polygonal models for the m-cluster complexes developed in [25] we classify maximal m-ortho...
AbstractLet D be a simply laced Dynkin diagram of rank r whose affinization has the shape of a star ...