Abstract
It is known that there is a bijection between dominant weights of a complex reductive Lie group and the set whose elements are of the form , where is a nilpotent orbit and is an irreducible, algebraic representation of the stabilizer group of an element in the nilpotent orbit . We would like to study the above bijection when is classical and corresponds to a local system of . In particular, we will prove Conjecture 3.1 in \cite{AS} and Conjecture 7.4' in \cite{Ac2} in the classical setting.
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