Highest weight theory for finite W-algebras
Jonathan Brundan, Simon M. Goodwin, Alexander Kleshchev

TL;DR
This paper introduces a highest weight theory framework for finite W-algebras, aiming to classify finite-dimensional irreducible modules and proposing conjectures based on type A results.
Contribution
It defines Verma module analogues for finite W-algebras and formulates conjectures for nilpotent orbits of standard Levi type.
Findings
Defined Verma modules for finite W-algebras
Proposed conjectures for classification in type A
First step towards classifying irreducible modules
Abstract
We define analogues of Verma modules for finite W-algebras. By the usual ideas of highest weight theory, this is a first step towards the classification of finite dimensional irreducible modules. Motivated by known results in type A, we then formulate some precise conjectures in the case of nilpotent orbits of standard Levi type.
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Taxonomy
TopicsAlgebraic structures and combinatorial models · Advanced Algebra and Geometry · Advanced Operator Algebra Research
