Abstract
We introduce the notion of dual perfect bases and dual perfect graphs. We show that every integrable highest weight module over a quantum generalized Kac-Moody algebra has a dual perfect basis and its dual perfect graph is isomorphic to the crystal . We also show that the negative half has a dual perfect basis whose dual perfect graph is isomorphic to the crystal . More generally, we prove that all the dual perfect graphs of a given dual perfect space are isomorphic as abstract crystals. Finally, we show that the isomorphism classes of finitely generated graded projective indecomposable modules over a Khovanov-Lauda-Rouquier algebra and its cyclotomic quotients form dual perfect bases for their Grothendieck groups.
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