Central-character conjecture for dual conjugacy classes

Let GCG_{\mathbb C} be a complex group with real form GRG_{\mathbb R}, and let CC\mathfrak C_{\mathbb C} be a unipotent conjugacy class, or a semisimple conjugacy class obtained by deforming such a class. Let CRCC\mathfrak C_{\mathbb R}\subset\mathfrak C_{\mathbb C} be the corresponding real orbit, and let \dualCC\dual{\mathfrak C}_{\mathbb C} be the dual conjugacy class with semisimple element \dualS\dual S. Central-character conjecture. The parameter

12πlog\dualS\frac{1}{2\pi}\log \dual S

of the dual conjugacy class \dualCC\dual{\mathfrak C}_{\mathbb C} is equal to the central character of any GRG_{\mathbb R}-representation obtained by quantizing CR\mathfrak C_{\mathbb R}. This conjecture predicts that the duality map on conjugacy classes records the central character produced by orbit quantization, extending the comparison between dual conjugacy-class data and representation-theoretic invariants.

Sources & referencesView supporting material

Primary source

Sergei Gukov, “Quantization via Mirror Symmetry”, arXiv:1011.2218 (2011).

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