Bailey-pair methods yield floor((r+4)/2) modular Nahm sums for C(D_r)^{-1}, confirming Sun–Wang’s zero-vector identity and partial companions.
A Conjecture of Warnaar-Zudilin from Deformations of Lie Superalgebras
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abstract
We prove a collection of $q$-series identities conjectured by Warnaar and Zudilin and appearing in recent work with H. Kim in the context of superconformal field theory. Our proof utilizes a deformation of the simple affine vertex operator superalgebra $L_k(\mathfrak{osp}_{1|2n})$ into the principal subsuperspace of $L_k(\mathfrak{sl}_{1|2n+1})$ in a manner analogous to earlier work of Feigin-Stoyanovsky. This result fills a gap left by Stoyanovsky, showing that for all positive integers $N$, $k$ the character of the principal subspace of type $A_N$ at level $k$ can be identified with the (super)character of a simple affine vertex operator (super)algebra at the same level.
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Modular Nahm Sums for the Inverse Cartan Matrix of Type $D_r$
Bailey-pair methods yield floor((r+4)/2) modular Nahm sums for C(D_r)^{-1}, confirming Sun–Wang’s zero-vector identity and partial companions.