In this paper we complete the ADE-like classification of simple transitive 2-representations of Soergel bimodules in finite dihedral type, under the assumption of gradeability. In particular, we use bipartite graphs and zigzag algebras of ADE type to give an explicit construction of a graded (non-strict) version of all these 2-representations. Moreover, we give simple combinatorial criteria for when two such 2-representations are equivalent and for when their Grothendieck groups give rise to isomorphic representations. Finally, our construction also gives a large class of simple transitive 2-representations in infinite dihedral type for general bipartite graphs
We study the problem of classification of simple transitive 2-representations for the (non-finitary)...
This paper classifies all finite edge colored graphs with doubly transitive automorphism groups. Thi...
This thesis is devoted to the study of higher representation theory as introduced in [Rou4]. As this...
In this paper we complete the ADE-like classification of simple transitive 2-representations of Soer...
In this paper we show that Soergel bimodules for finite Coxeter types have only finitely many equiva...
We classify simple transitive 2-representations of certain 2-subcategories of the 2-category of Soer...
The quantum Satake correspondence relates dihedral Soergel bimodules to the semisimple quotient of t...
We determine for which Coxeter types the associated small quotient of the $2$-category of Soergel bi...
The representation theory of finitary 2-categories is a generalization of the classical representati...
For any fiat 2-category C, we show how its simple transitive 2-representations can be constructed us...
We give a diagrammatic presentation for the category of Soergel bimodules for the dihedral group W, ...
In this paper, we show that Soergel bimodules for finite Coxeter types have only finitely many equiv...
We describe a diagrammatic procedure which lifts strict monoidal actions from additive categories to...
In this series of two talks we will explain the current state of the art concerning the problem of c...
This is the sequel to the talk of Daniel Tubbenhauer. The second part will explain the 2-representat...
We study the problem of classification of simple transitive 2-representations for the (non-finitary)...
This paper classifies all finite edge colored graphs with doubly transitive automorphism groups. Thi...
This thesis is devoted to the study of higher representation theory as introduced in [Rou4]. As this...
In this paper we complete the ADE-like classification of simple transitive 2-representations of Soer...
In this paper we show that Soergel bimodules for finite Coxeter types have only finitely many equiva...
We classify simple transitive 2-representations of certain 2-subcategories of the 2-category of Soer...
The quantum Satake correspondence relates dihedral Soergel bimodules to the semisimple quotient of t...
We determine for which Coxeter types the associated small quotient of the $2$-category of Soergel bi...
The representation theory of finitary 2-categories is a generalization of the classical representati...
For any fiat 2-category C, we show how its simple transitive 2-representations can be constructed us...
We give a diagrammatic presentation for the category of Soergel bimodules for the dihedral group W, ...
In this paper, we show that Soergel bimodules for finite Coxeter types have only finitely many equiv...
We describe a diagrammatic procedure which lifts strict monoidal actions from additive categories to...
In this series of two talks we will explain the current state of the art concerning the problem of c...
This is the sequel to the talk of Daniel Tubbenhauer. The second part will explain the 2-representat...
We study the problem of classification of simple transitive 2-representations for the (non-finitary)...
This paper classifies all finite edge colored graphs with doubly transitive automorphism groups. Thi...
This thesis is devoted to the study of higher representation theory as introduced in [Rou4]. As this...