Abstract. Progress on classifying small index subfactors has revealed an almost empty landscape. In this paper we give some evidence that this desert continues up to index 3 + 5. There are two known quantum-group subfactors with index in this interval, and we show that these subfactors are the only way to realize the corresponding principal graphs. One of these subfactors is 1-supertransitive, and we demonstrate that it is the only 1-supertransitive subfactor with index between 5 and 3 + 5. Computer evidence shows that any other subfactor in this interval would need to have rank at least 38. We prove our uniqueness results by showing that there is a unique flat connection on each graph. The result on 1-supertransitive subfactors is proved b...
AbstractThe minimal index is shown to be multiplicative: if M1 ⊂ M2 ⊂ M3 are factors, then Ind(M1, M...
We consider quantum information tasks in an operator algebraic setting, where we consider normal sta...
Discrete subfactors include a particular class of infinite index subfactors and all finite index one...
Progress on classifying small index subfactors has revealed an almost empty landscape. In this paper...
Progress on classifying small index subfactors has revealed an almost empty landscape. In this paper...
A subfactor is an inclusion of von Neumann algebras with trivial centers. The simplest example come...
In this series of papers we show that there are exactly ten subfactors, other than A∞ subfactors, o...
Abstract In this series of papers we show that there are exactly ten subfactors, other than A ∞ subf...
This article proves the existence and uniqueness of a subfactor planar algebra with prin-cipal graph...
We give the classification of subfactor planar algebras at index exactly 5. All the examples arise ...
Abstract We eliminate 38 infinite families of possible principal graphs as part of the classificatio...
One major obstacle in extending the classification of small index subfactors beyond 3 + √3 is the ap...
Abstract We summarize the known obstructions to subfactors with principal graphs which begin with a ...
The minimal index is shown to be multiplicative: if M1 ⊂ M2 ⊂ M3 are factors, then Ind(M1, M3) =...
The minimal index is shown to be multiplicative: if M1 ⊂ M2 ⊂ M3 are factors, then Ind(M1, M3) =...
AbstractThe minimal index is shown to be multiplicative: if M1 ⊂ M2 ⊂ M3 are factors, then Ind(M1, M...
We consider quantum information tasks in an operator algebraic setting, where we consider normal sta...
Discrete subfactors include a particular class of infinite index subfactors and all finite index one...
Progress on classifying small index subfactors has revealed an almost empty landscape. In this paper...
Progress on classifying small index subfactors has revealed an almost empty landscape. In this paper...
A subfactor is an inclusion of von Neumann algebras with trivial centers. The simplest example come...
In this series of papers we show that there are exactly ten subfactors, other than A∞ subfactors, o...
Abstract In this series of papers we show that there are exactly ten subfactors, other than A ∞ subf...
This article proves the existence and uniqueness of a subfactor planar algebra with prin-cipal graph...
We give the classification of subfactor planar algebras at index exactly 5. All the examples arise ...
Abstract We eliminate 38 infinite families of possible principal graphs as part of the classificatio...
One major obstacle in extending the classification of small index subfactors beyond 3 + √3 is the ap...
Abstract We summarize the known obstructions to subfactors with principal graphs which begin with a ...
The minimal index is shown to be multiplicative: if M1 ⊂ M2 ⊂ M3 are factors, then Ind(M1, M3) =...
The minimal index is shown to be multiplicative: if M1 ⊂ M2 ⊂ M3 are factors, then Ind(M1, M3) =...
AbstractThe minimal index is shown to be multiplicative: if M1 ⊂ M2 ⊂ M3 are factors, then Ind(M1, M...
We consider quantum information tasks in an operator algebraic setting, where we consider normal sta...
Discrete subfactors include a particular class of infinite index subfactors and all finite index one...