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20112019
most citedAn application of collapsing levels to the representation theory of affine vertex algebras

18 citations · 54 across the 4 of their papers we have counts for

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6 papers · 1 filter

math.RT2019

Conformal embeddings in affine vertex superalgebras

Dražen Adamović, Pierluigi Möseneder Frajria, Paolo Papi +1

This paper is a natural continuation of our previous work on conformal embeddings of vertex algebras [6], [7], [8]. Here we consider conformal embeddings in simple affine vertex su…

math.RT2018★ 18 cited

An application of collapsing levels to the representation theory of affine vertex algebras

Drazen Adamovic, Victor G. Kac, Pierluigi Moseneder Frajria +2

We discover a large class of simple affine vertex algebras , associated to basic Lie superalgebras at non-admissible collapsing levels , havin…

math.RT2016★ 4 cited

Spherical nilpotent orbits and abelian subalgebras in isotropy representations

Jacopo Gandini, Pierluigi Moseneder Frajria, Paolo Papi

Let be a simply connected semisimple algebraic group with Lie algebra , let be the symmetric subgroup defined by an algebraic involution and le…

math.RT2016

Conformal embeddings of affine vertex algebras in minimal -algebras II: decompositions

Drazen Adamovic, Victor G. Kac, Pierluigi Moseneder Frajria +2

We present methods for computing the explicit decomposition of the minimal simple affine -algebra at a conformal level as a module for its maximal affi…

math.RT2015★ 17 cited

Finite vs infinite decompositions in conformal embeddings

Drazen Adamovic, Victor G. Kac, Pierluigi Moseneder Frajria +2

Building on work of the first and last author, we prove that an embedding of simple affine vertex algebras , corresponding…

math.RT2011★ 15 cited

Denominator identities for finite-dimensional Lie superalgebras and Howe duality for compact dual pairs

Maria Gorelik, Victor G. Kac, Pierluigi Moseneder Frajria +1

We provide formulas for the denominator and superdenominator of a basic classical type Lie superalgebra for any set of positive roots. We establish a connection between certain set…